us98206_501.glm

////////////////////////////////////////////////////////// BEGIN////////////////////////////////////////////////////////
// filename... powerflow.glm 

clock { 
	 timestamp '2000-01-01 0:00:00';
	 timezone EST+5EDT;
}
//%ifdef player
//module tape;
//object player {
//	parent load:58;
//	property constant_power_B;
//	file $player;
//	loop 100;
//}
//%endif

////////////////////////////////////////////////////////
// modules
module powerflow;


// Conductor: //2 ACSR
object overhead_line_conductor:512 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: //6 CU SOL
object overhead_line_conductor:519 {
	geometric_mean_radius 0.201 ft;
	resistance 1.0613;
}

// Conductor: //2 AL UG
object overhead_line_conductor:514 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: 336 AAC
object overhead_line_conductor:531 {
	geometric_mean_radius 0.666 ft;
	resistance 3.5165;
}

// Conductor: 1/0 AL UG
object overhead_line_conductor:522 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: 350 AL UG
object overhead_line_conductor:535 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: //4 CU SOL
object overhead_line_conductor:518 {
	geometric_mean_radius 0.254 ft;
	resistance 1.3411;
}

// Conductor: 1/0 AL JKT UG
object overhead_line_conductor:521 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: //4 ACSR
object overhead_line_conductor:517 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: 3/0 AAC
object overhead_line_conductor:528 {
	geometric_mean_radius 0.464 ft;
	resistance 2.4499;
}

// Conductor: //2 CU UG
object overhead_line_conductor:516 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: 2/0 CU
object overhead_line_conductor:525 {
	geometric_mean_radius 0.414 ft;
	resistance 2.1859;
}

// Conductor: 1000 AL UG
object overhead_line_conductor:524 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: //2 AL JKT UG
object overhead_line_conductor:513 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Conductor: 500 AL UG NEUT
object overhead_line_conductor:537 {
	geometric_mean_radius 1.0 ft;
	resistance 5.28;
}

// Line Spacing
object line_spacing:651 {
	distance_AN 111.0;
}

// Line Spacing
object line_spacing:653 {
	distance_AB 49.5;
	distance_BC 49.5;
	distance_AC 49.5;
	distance_AN 105.0;
	distance_BN 105.0;
	distance_CN 105.0;
}

// Line Spacing
object line_spacing:655 {
	distance_BN 111.0;
}

// Line Spacing
object line_spacing:657 {
	distance_CN 111.0;
}

// Line Spacing
object line_spacing:659 {
	distance_AN 0.0;
}

// Line Spacing
object line_spacing:661 {
	distance_AB 64.5;
	distance_BC 64.5;
	distance_AC 64.5;
	distance_AN 107.0;
	distance_BN 107.0;
	distance_CN 107.0;
}

// Line Spacing
object line_spacing:663 {
	distance_BN 0.0;
}

// Line Spacing
object line_spacing:666 {
	distance_CN 0.0;
}

// Line Spacing
object line_spacing:670 {
	distance_AB 0.0;
	distance_BC 0.0;
	distance_AC 0.0;
	distance_AN 0.0;
	distance_BN 0.0;
	distance_CN 0.0;
}

// Line Spacing
object line_spacing:673 {
	distance_BC 0.0;
	distance_BN 0.0;
	distance_CN 0.0;
}

// Line Spacing
object line_spacing:677 {
	distance_AB 71.5;
	distance_BC 71.5;
	distance_AC 71.5;
	distance_AN 110.0;
	distance_BN 110.0;
	distance_CN 110.0;
}

// Line Spacing
object line_spacing:682 {
	distance_BN 74.0;
}

// Line Spacing
object line_spacing:688 {
	distance_AN 74.0;
}

// Line Spacing
object line_spacing:692 {
	distance_AC 0.0;
	distance_AN 0.0;
	distance_CN 0.0;
}

// Line Spacing
object line_spacing:695 {
	distance_AB 56.5;
	distance_BC 56.5;
	distance_AC 56.5;
	distance_AN 108.0;
	distance_BN 108.0;
	distance_CN 108.0;
}

// Line Spacing
object line_spacing:706 {
	distance_AB 42.5;
	distance_BC 42.5;
	distance_AC 42.5;
	distance_AN 101.0;
	distance_BN 101.0;
	distance_CN 101.0;
}

// Line Configuration
object line_configuration:652 {
	conductor_A overhead_line_conductor:512;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:651;
}

// Line Configuration
object line_configuration:654 {
	conductor_A overhead_line_conductor:512;
	conductor_B overhead_line_conductor:512;
	conductor_C overhead_line_conductor:512;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:653;
}

// Line Configuration
object line_configuration:656 {
	conductor_B overhead_line_conductor:519;
	conductor_N overhead_line_conductor:519;
	spacing line_spacing:655;
}

// Line Configuration
object line_configuration:658 {
	conductor_C overhead_line_conductor:512;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:657;
}

// Line Configuration
object line_configuration:660 {
	conductor_A overhead_line_conductor:514;
	conductor_N overhead_line_conductor:514;
	spacing line_spacing:659;
}

// Line Configuration
object line_configuration:662 {
	conductor_A overhead_line_conductor:512;
	conductor_B overhead_line_conductor:512;
	conductor_C overhead_line_conductor:512;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:661;
}

// Line Configuration
object line_configuration:664 {
	conductor_B overhead_line_conductor:514;
	conductor_N overhead_line_conductor:514;
	spacing line_spacing:663;
}

// Line Configuration
object line_configuration:665 {
	conductor_A overhead_line_conductor:531;
	conductor_B overhead_line_conductor:531;
	conductor_C overhead_line_conductor:531;
	conductor_N overhead_line_conductor:528;
	spacing line_spacing:653;
}

// Line Configuration
object line_configuration:667 {
	conductor_C overhead_line_conductor:522;
	conductor_N overhead_line_conductor:522;
	spacing line_spacing:666;
}

// Line Configuration
object line_configuration:668 {
	conductor_A overhead_line_conductor:522;
	conductor_N overhead_line_conductor:522;
	spacing line_spacing:659;
}

// Line Configuration
object line_configuration:669 {
	conductor_B overhead_line_conductor:522;
	conductor_N overhead_line_conductor:522;
	spacing line_spacing:663;
}

// Line Configuration
object line_configuration:671 {
	conductor_A overhead_line_conductor:522;
	conductor_B overhead_line_conductor:522;
	conductor_C overhead_line_conductor:522;
	conductor_N overhead_line_conductor:522;
	spacing line_spacing:670;
}

// Line Configuration
object line_configuration:672 {
	conductor_A overhead_line_conductor:535;
	conductor_B overhead_line_conductor:535;
	conductor_C overhead_line_conductor:535;
	conductor_N overhead_line_conductor:535;
	spacing line_spacing:670;
}

// Line Configuration
object line_configuration:674 {
	conductor_B overhead_line_conductor:522;
	conductor_C overhead_line_conductor:522;
	conductor_N overhead_line_conductor:522;
	spacing line_spacing:673;
}

// Line Configuration
object line_configuration:675 {
	conductor_B overhead_line_conductor:512;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:655;
}

// Line Configuration
object line_configuration:676 {
	conductor_B overhead_line_conductor:518;
	conductor_N overhead_line_conductor:518;
	spacing line_spacing:655;
}

// Line Configuration
object line_configuration:678 {
	conductor_A overhead_line_conductor:512;
	conductor_B overhead_line_conductor:512;
	conductor_C overhead_line_conductor:512;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:677;
}

// Line Configuration
object line_configuration:679 {
	conductor_B overhead_line_conductor:521;
	conductor_N overhead_line_conductor:521;
	spacing line_spacing:663;
}

// Line Configuration
object line_configuration:680 {
	conductor_C overhead_line_conductor:531;
	conductor_N overhead_line_conductor:528;
	spacing line_spacing:657;
}

// Line Configuration
object line_configuration:681 {
	conductor_A overhead_line_conductor:531;
	conductor_N overhead_line_conductor:528;
	spacing line_spacing:651;
}

// Line Configuration
object line_configuration:683 {
	conductor_B overhead_line_conductor:517;
	conductor_N overhead_line_conductor:517;
	spacing line_spacing:682;
}

// Line Configuration
object line_configuration:684 {
	conductor_A overhead_line_conductor:531;
	conductor_B overhead_line_conductor:531;
	conductor_C overhead_line_conductor:531;
	conductor_N overhead_line_conductor:528;
	spacing line_spacing:677;
}

// Line Configuration
object line_configuration:685 {
	conductor_C overhead_line_conductor:528;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:657;
}

// Line Configuration
object line_configuration:686 {
	conductor_C overhead_line_conductor:521;
	conductor_N overhead_line_conductor:521;
	spacing line_spacing:666;
}

// Line Configuration
object line_configuration:687 {
	conductor_A overhead_line_conductor:528;
	conductor_B overhead_line_conductor:528;
	conductor_C overhead_line_conductor:528;
	conductor_N overhead_line_conductor:512;
	spacing line_spacing:653;
}

// Line Configuration
object line_configuration:689 {
	conductor_A overhead_line_conductor:519;
	conductor_N overhead_line_conductor:519;
	spacing line_spacing:688;
}

// Line Configuration
object line_configuration:690 {
	conductor_A overhead_line_conductor:516;
	conductor_N overhead_line_conductor:516;
	spacing line_spacing:659;
}

// Line Configuration
object line_configuration:691 {
	conductor_A overhead_line_conductor:519;
	conductor_N overhead_line_conductor:519;
	spacing line_spacing:651;
}

// Line Configuration
object line_configuration:693 {
	conductor_A overhead_line_conductor:522;
	conductor_C overhead_line_conductor:522;
	conductor_N overhead_line_conductor:522;
	spacing line_spacing:692;
}

// Line Configuration
object line_configuration:694 {
	conductor_A overhead_line_conductor:525;
	conductor_B overhead_line_conductor:525;
	conductor_C overhead_line_conductor:525;
	conductor_N overhead_line_conductor:525;
	spacing line_spacing:653;
}

// Line Configuration
object line_configuration:696 {
	conductor_A overhead_line_conductor:531;
	conductor_B overhead_line_conductor:531;
	conductor_C overhead_line_conductor:531;
	conductor_N overhead_line_conductor:528;
	spacing line_spacing:695;
}

// Line Configuration
object line_configuration:697 {
	conductor_A overhead_line_conductor:521;
	conductor_B overhead_line_conductor:521;
	conductor_C overhead_line_conductor:521;
	conductor_N overhead_line_conductor:521;
	spacing line_spacing:670;
}

// Line Configuration
object line_configuration:698 {
	conductor_C overhead_line_conductor:514;
	conductor_N overhead_line_conductor:514;
	spacing line_spacing:666;
}

// Line Configuration
object line_configuration:699 {
	conductor_A overhead_line_conductor:524;
	conductor_B overhead_line_conductor:524;
	conductor_C overhead_line_conductor:524;
	conductor_N overhead_line_conductor:537;
	spacing line_spacing:670;
}

// Line Configuration
object line_configuration:700 {
	conductor_A overhead_line_conductor:513;
	conductor_N overhead_line_conductor:513;
	spacing line_spacing:659;
}

// Line Configuration
object line_configuration:701 {
	conductor_B overhead_line_conductor:513;
	conductor_N overhead_line_conductor:513;
	spacing line_spacing:663;
}

// Line Configuration
object line_configuration:702 {
	conductor_C overhead_line_conductor:513;
	conductor_N overhead_line_conductor:513;
	spacing line_spacing:666;
}

// Line Configuration
object line_configuration:703 {
	conductor_A overhead_line_conductor:521;
	conductor_N overhead_line_conductor:521;
	spacing line_spacing:659;
}

// Line Configuration
object line_configuration:704 {
	conductor_A overhead_line_conductor:514;
	conductor_B overhead_line_conductor:514;
	conductor_C overhead_line_conductor:514;
	conductor_N overhead_line_conductor:514;
	spacing line_spacing:670;
}

// Line Configuration
object line_configuration:705 {
	conductor_C overhead_line_conductor:516;
	conductor_N overhead_line_conductor:516;
	spacing line_spacing:666;
}

// Line Configuration
object line_configuration:707 {
	conductor_A overhead_line_conductor:531;
	conductor_B overhead_line_conductor:531;
	conductor_C overhead_line_conductor:531;
	conductor_N overhead_line_conductor:528;
	spacing line_spacing:706;
}

// overhead_line: BRIA1010553
object overhead_line:708 {
	phases "AN";
        nominal_voltage 124.00;
	from load:407;
	to load:333;
	length 19.47686586683;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010555
object overhead_line:709 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:409;
	to load:309;
	length 175.97062191735;
	configuration line_configuration:654;
}

// overhead_line: BRIA1010557
object overhead_line:710 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:309;
	to load:499;
	length 204.106512353176;
	configuration line_configuration:654;
}

// overhead_line: BRIA1010558
object overhead_line:711 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:310;
	to load:311;
	length 179.530788014218;
	configuration line_configuration:654;
}

// overhead_line: BRIA1010560
object overhead_line:712 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:311;
	to load:312;
	length 126.795202156859;
	configuration line_configuration:654;
}

// overhead_line: BRIA1010561
object overhead_line:713 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:312;
	to load:313;
	length 138.298773837664;
	configuration line_configuration:654;
}

// overhead_line: BRIA1010563
object overhead_line:714 {
	phases "BN";
        nominal_voltage 124.00;
	from load:313;
	to load:340;
	length 12.7552317893399;
	configuration line_configuration:656;
}

// overhead_line: BRIA1010564
object overhead_line:715 {
	phases "BN";
        nominal_voltage 124.00;
	from load:314;
	to load:341;
	length 23.4518813105362;
	configuration line_configuration:656;
}

// overhead_line: BRIA1010565
object overhead_line:716 {
	phases "BN";
        nominal_voltage 124.00;
	from load:314;
	to load:315;
	length 223.429267610587;
	configuration line_configuration:656;
}

// overhead_line: BRIA1010567
object overhead_line:717 {
	phases "BN";
        nominal_voltage 124.00;
	from load:315;
	to load:316;
	length 191.18870113052;
	configuration line_configuration:656;
}

// overhead_line: BRIA1010569
object overhead_line:718 {
	phases "BN";
        nominal_voltage 124.00;
	from load:316;
	to load:317;
	length 227.72470253799;
	configuration line_configuration:656;
}

// overhead_line: BRIA1010571
object overhead_line:719 {
	phases "AN";
        nominal_voltage 124.00;
	from load:409;
	to load:335;
	length 9.9799090676356;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010572
object overhead_line:720 {
	phases "CN";
        nominal_voltage 124.00;
	from load:409;
	to load:336;
	length 5.04189775776021;
	configuration line_configuration:658;
}

// overhead_line: BRIA1010575
object overhead_line:721 {
	phases "AN";
        nominal_voltage 124.00;
	from load:335;
	to load:319;
	length 205.158316427877;
	configuration line_configuration:660;
}

// overhead_line: BRIA1010581
object overhead_line:722 {
	phases "AN";
        nominal_voltage 124.00;
	from load:319;
	to load:320;
	length 186.716605008849;
	configuration line_configuration:660;
}

// overhead_line: BRIA1010584
object overhead_line:723 {
	phases "AN";
        nominal_voltage 124.00;
	from load:320;
	to load:321;
	length 167.709954655412;
	configuration line_configuration:660;
}

// overhead_line: BRIA1010586
object overhead_line:724 {
	phases "AN";
        nominal_voltage 124.00;
	from load:310;
	to load:337;
	length 18.1374755133926;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010588
object overhead_line:725 {
	phases "AN";
        nominal_voltage 124.00;
	from load:322;
	to load:323;
	length 116.794236749954;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010589
object overhead_line:726 {
	phases "AN";
        nominal_voltage 124.00;
	from load:323;
	to load:494;
	length 108.154892307401;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010591
object overhead_line:727 {
	phases "AN";
        nominal_voltage 124.00;
	from load:324;
	to load:482;
	length 126.41029414172;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010593
object overhead_line:728 {
	phases "AN";
        nominal_voltage 124.00;
	from load:323;
	to load:326;
	length 110.431691633357;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010595
object overhead_line:729 {
	phases "AN";
        nominal_voltage 124.00;
	from load:323;
	to load:327;
	length 139.829439632407;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010597
object overhead_line:730 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:312;
	to load:339;
	length 7.0868461953982;
	configuration line_configuration:662;
}

// overhead_line: BRIA1010599
object overhead_line:731 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:328;
	to load:329;
	length 93.7602466347382;
	configuration line_configuration:662;
}

// overhead_line: BRIA1010603
object overhead_line:732 {
	phases "AN";
        nominal_voltage 124.00;
	from load:312;
	to load:338;
	length 19.3386153848693;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010606
object overhead_line:733 {
	phases "BN";
        nominal_voltage 124.00;
	from load:341;
	to load:331;
	length 104.627516902579;
	configuration line_configuration:664;
}

// overhead_line: BRIA1010716
object overhead_line:734 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:404;
	to node:332;
	length 3.1434988467499;
	configuration line_configuration:665;
}

// overhead_line: BRIA1010718
object overhead_line:735 {
	phases "AN";
        nominal_voltage 124.00;
	from load:333;
	to load:308;
	length 139.798603637072;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010720
object overhead_line:736 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:334;
	to load:407;
	length 106.926253699692;
	configuration line_configuration:654;
}

// overhead_line: BRIA1010724
object overhead_line:737 {
	phases "CN";
        nominal_voltage 124.00;
	from load:336;
	to load:318;
	length 178.909814809713;
	configuration line_configuration:658;
}

// overhead_line: BRIA1010726
object overhead_line:738 {
	phases "AN";
        nominal_voltage 124.00;
	from load:337;
	to load:322;
	length 130.468444713547;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010728
object overhead_line:739 {
	phases "AN";
        nominal_voltage 124.00;
	from load:338;
	to load:330;
	length 130.138482702854;
	configuration line_configuration:652;
}

// overhead_line: BRIA1010730
object overhead_line:740 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:339;
	to load:328;
	length 237.946988824911;
	configuration line_configuration:662;
}

// overhead_line: BRIA1010732
object overhead_line:741 {
	phases "BN";
        nominal_voltage 124.00;
	from load:340;
	to load:314;
	length 76.1776918401698;
	configuration line_configuration:656;
}

// overhead_line: BRIA1010854
object overhead_line:742 {
	phases "CN";
        nominal_voltage 124.00;
	from load:342;
	to node:447;
	length 218.783617207733;
	configuration line_configuration:667;
}

// overhead_line: BRIA1010857
object overhead_line:743 {
	phases "CN";
        nominal_voltage 124.00;
	from load:343;
	to load:342;
	length 116.721970493144;
	configuration line_configuration:667;
}

// overhead_line: BRIA1010863
object overhead_line:744 {
	phases "CN";
        nominal_voltage 124.00;
	from load:342;
	to load:345;
	length 186.174539893017;
	configuration line_configuration:667;
}

// overhead_line: BRIA1010866
object overhead_line:745 {
	phases "CN";
        nominal_voltage 124.00;
	from load:343;
	to load:346;
	length 401.518968252468;
	configuration line_configuration:667;
}

// overhead_line: BRIA1010869
object overhead_line:746 {
	phases "CN";
        nominal_voltage 124.00;
	from load:346;
	to load:347;
	length 176.378295612641;
	configuration line_configuration:667;
}

// overhead_line: BRIA1010872
object overhead_line:747 {
	phases "AN";
        nominal_voltage 124.00;
	from load:344;
	to load:348;
	length 418.384602711368;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010875
object overhead_line:748 {
	phases "AN";
        nominal_voltage 124.00;
	from load:348;
	to load:349;
	length 170.928577549934;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010878
object overhead_line:749 {
	phases "AN";
        nominal_voltage 124.00;
	from load:348;
	to load:350;
	length 349.024622287598;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010884
object overhead_line:750 {
	phases "BN";
        nominal_voltage 124.00;
	from load:351;
	to load:352;
	length 495.703865032586;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010887
object overhead_line:751 {
	phases "BN";
        nominal_voltage 124.00;
	from load:352;
	to load:353;
	length 279.844324606417;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010890
object overhead_line:752 {
	phases "BN";
        nominal_voltage 124.00;
	from load:353;
	to load:354;
	length 246.900217726265;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010893
object overhead_line:753 {
	phases "BN";
        nominal_voltage 124.00;
	from load:352;
	to load:355;
	length 228.482802264593;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010898
object overhead_line:754 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:400;
	to load:356;
	length 201.881866199418;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010900
object overhead_line:755 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:357;
	to node:401;
	length 26.4631901327317;
	configuration line_configuration:672;
}

// overhead_line: BRIA1010902
object overhead_line:756 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:358;
	to load:359;
	length 35.7214330058914;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010905
object overhead_line:757 {
	phases "AN";
        nominal_voltage 124.00;
	from load:356;
	to load:360;
	length 246.08748011078;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010908
object overhead_line:758 {
	phases "AN";
        nominal_voltage 124.00;
	from load:360;
	to load:361;
	length 265.320670094405;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010911
object overhead_line:759 {
	phases "AN";
        nominal_voltage 124.00;
	from load:360;
	to load:362;
	length 342.995842985496;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010914
object overhead_line:760 {
	phases "AN";
        nominal_voltage 124.00;
	from load:361;
	to load:363;
	length 207.595000238488;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010917
object overhead_line:761 {
	phases "AN";
        nominal_voltage 124.00;
	from load:363;
	to load:364;
	length 270.419269566943;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010920
object overhead_line:762 {
	phases "AN";
        nominal_voltage 124.00;
	from load:364;
	to node:476;
	length 232.103857318394;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010922
object overhead_line:763 {
	phases "BN";
        nominal_voltage 124.00;
	from load:366;
	to node:365;
	length 37.6779310604885;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010925
object overhead_line:764 {
	phases "BN";
        nominal_voltage 124.00;
	from load:367;
	to load:366;
	length 339.429708992313;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010928
object overhead_line:765 {
	phases "BN";
        nominal_voltage 124.00;
	from load:368;
	to load:367;
	length 255.824260289008;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010931
object overhead_line:766 {
	phases "BN";
        nominal_voltage 124.00;
	from load:369;
	to load:368;
	length 148.532663966591;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010935
object overhead_line:767 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:358;
	to load:370;
	length 170.686114140568;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010939
object overhead_line:768 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:370;
	to load:371;
	length 193.947950215711;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010942
object overhead_line:769 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:371;
	to load:372;
	length 339.722380258368;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010945
object overhead_line:770 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:372;
	to load:373;
	length 281.684143705116;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010948
object overhead_line:771 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:373;
	to load:374;
	length 309.87574978014;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010951
object overhead_line:772 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:374;
	to load:375;
	length 160.359706442179;
	configuration line_configuration:671;
}

// overhead_line: BRIA1010953
object overhead_line:773 {
	phases "BN";
        nominal_voltage 124.00;
	from load:375;
	to load:376;
	length 188.843366987623;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010956
object overhead_line:774 {
	phases "BN";
        nominal_voltage 124.00;
	from load:376;
	to load:377;
	length 246.263742427052;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010959
object overhead_line:775 {
	phases "BN";
        nominal_voltage 124.00;
	from load:377;
	to load:378;
	length 323.808725848357;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010962
object overhead_line:776 {
	phases "AN";
        nominal_voltage 124.00;
	from load:372;
	to load:379;
	length 317.666392353778;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010965
object overhead_line:777 {
	phases "AN";
        nominal_voltage 124.00;
	from load:371;
	to load:380;
	length 269.08530860021;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010968
object overhead_line:778 {
	phases "AN";
        nominal_voltage 124.00;
	from load:380;
	to load:381;
	length 370.297448511872;
	configuration line_configuration:668;
}

// overhead_line: BRIA1010971
object overhead_line:779 {
	phases "BCN";
        nominal_voltage 124.00;
	from load:359;
	to load:382;
	length 212.158893666976;
	configuration line_configuration:674;
}

// overhead_line: BRIA1010974
object overhead_line:780 {
	phases "BCN";
        nominal_voltage 124.00;
	from load:382;
	to load:383;
	length 204.971414608956;
	configuration line_configuration:674;
}

// overhead_line: BRIA1010977
object overhead_line:781 {
	phases "BCN";
        nominal_voltage 124.00;
	from load:383;
	to load:384;
	length 155.691233998968;
	configuration line_configuration:674;
}

// overhead_line: BRIA1010980
object overhead_line:782 {
	phases "CN";
        nominal_voltage 124.00;
	from load:382;
	to load:385;
	length 178.147930065104;
	configuration line_configuration:667;
}

// overhead_line: BRIA1010983
object overhead_line:783 {
	phases "CN";
        nominal_voltage 124.00;
	from load:383;
	to load:386;
	length 201.129505497916;
	configuration line_configuration:667;
}

// overhead_line: BRIA1010986
object overhead_line:784 {
	phases "BN";
        nominal_voltage 124.00;
	from load:384;
	to load:387;
	length 179.923674549077;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010989
object overhead_line:785 {
	phases "BN";
        nominal_voltage 124.00;
	from load:387;
	to load:388;
	length 160.747098875824;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010992
object overhead_line:786 {
	phases "BN";
        nominal_voltage 124.00;
	from load:388;
	to load:389;
	length 170.160987760573;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010995
object overhead_line:787 {
	phases "BN";
        nominal_voltage 124.00;
	from load:389;
	to load:390;
	length 318.609843233132;
	configuration line_configuration:669;
}

// overhead_line: BRIA1010998
object overhead_line:788 {
	phases "BN";
        nominal_voltage 124.00;
	from load:390;
	to load:391;
	length 386.915566405771;
	configuration line_configuration:669;
}

// overhead_line: BRIA1011001
object overhead_line:789 {
	phases "BN";
        nominal_voltage 124.00;
	from load:387;
	to load:392;
	length 372.851370891137;
	configuration line_configuration:669;
}

// overhead_line: BRIA1011004
object overhead_line:790 {
	phases "BN";
        nominal_voltage 124.00;
	from load:389;
	to load:393;
	length 319.810082762919;
	configuration line_configuration:669;
}

// overhead_line: BRIA1011007
object overhead_line:791 {
	phases "BN";
        nominal_voltage 124.00;
	from load:393;
	to load:394;
	length 176.172957224098;
	configuration line_configuration:669;
}

// overhead_line: BRIA1011010
object overhead_line:792 {
	phases "BN";
        nominal_voltage 124.00;
	from load:394;
	to load:395;
	length 245.002858754065;
	configuration line_configuration:669;
}

// overhead_line: BRIA1011013
object overhead_line:793 {
	phases "BN";
        nominal_voltage 124.00;
	from load:390;
	to load:396;
	length 145.00178068987;
	configuration line_configuration:669;
}

// overhead_line: BRIA1011016
object overhead_line:794 {
	phases "BN";
        nominal_voltage 124.00;
	from load:396;
	to load:397;
	length 111.153152318375;
	configuration line_configuration:669;
}

// overhead_line: BRIA1011018
object overhead_line:795 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:449;
	to node:399;
	length 1464.2951928668;
	configuration line_configuration:672;
}

// overhead_line: BRIA1011019
object overhead_line:796 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:357;
	to node:398;
	length 18.2737545402905;
	configuration line_configuration:672;
}

// overhead_line: BRIA1011033
object overhead_line:797 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:399;
	to node:357;
	length 22.4286686168423;
	configuration line_configuration:672;
}

// overhead_line: BRIA1011036
object overhead_line:798 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:357;
	to node:400;
	length 27.8839977944252;
	configuration line_configuration:672;
}

// overhead_line: BRIA1011038
object overhead_line:799 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:401;
	to load:358;
	length 152.852877819554;
	configuration line_configuration:671;
}

// overhead_line: BRIA1153659
object overhead_line:800 {
	phases "CN";
        nominal_voltage 124.00;
	from load:291;
	to load:254;
	length 98.8146989451483;
	configuration line_configuration:658;
}

// overhead_line: BRIA165876
object overhead_line:801 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:4;
	to node:5;
	length 168.388556751928;
	configuration line_configuration:665;
}

// overhead_line: BRIA165878
object overhead_line:802 {
	phases "AN";
        nominal_voltage 124.00;
	from load:49;
	to load:6;
	length 85.5589717183841;
	configuration line_configuration:668;
}

// overhead_line: BRIA165881
object overhead_line:803 {
	phases "AN";
        nominal_voltage 124.00;
	from load:6;
	to load:7;
	length 147.901944296609;
	configuration line_configuration:668;
}

// overhead_line: BRIA165884
object overhead_line:804 {
	phases "AN";
        nominal_voltage 124.00;
	from load:7;
	to load:8;
	length 128.846834817381;
	configuration line_configuration:668;
}

// overhead_line: BRIA165887
object overhead_line:805 {
	phases "AN";
        nominal_voltage 124.00;
	from load:8;
	to load:9;
	length 74.2505580292574;
	configuration line_configuration:668;
}

// overhead_line: BRIA165890
object overhead_line:806 {
	phases "AN";
        nominal_voltage 124.00;
	from load:9;
	to load:10;
	length 188.985798088973;
	configuration line_configuration:668;
}

// overhead_line: BRIA165893
object overhead_line:807 {
	phases "AN";
        nominal_voltage 124.00;
	from load:10;
	to load:11;
	length 148.497433702156;
	configuration line_configuration:668;
}

// overhead_line: BRIA165895
object overhead_line:808 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:5;
	to load:12;
	length 185.599388536059;
	configuration line_configuration:665;
}

// overhead_line: BRIA165897
object overhead_line:809 {
	phases "AN";
        nominal_voltage 124.00;
	from load:52;
	to load:13;
	length 70.8997580290811;
	configuration line_configuration:668;
}

// overhead_line: BRIA165900
object overhead_line:810 {
	phases "AN";
        nominal_voltage 124.00;
	from load:13;
	to load:14;
	length 142.046596840197;
	configuration line_configuration:668;
}

// overhead_line: BRIA165903
object overhead_line:811 {
	phases "AN";
        nominal_voltage 124.00;
	from load:14;
	to load:15;
	length 127.883791542034;
	configuration line_configuration:668;
}

// overhead_line: BRIA165905
object overhead_line:812 {
	phases "AN";
        nominal_voltage 124.00;
	from load:14;
	to load:16;
	length 145.302901684983;
	configuration line_configuration:668;
}

// overhead_line: BRIA165909
object overhead_line:813 {
	phases "AN";
        nominal_voltage 124.00;
	from load:16;
	to load:17;
	length 50.3565838794321;
	configuration line_configuration:668;
}

// overhead_line: BRIA165911
object overhead_line:814 {
	phases "AN";
        nominal_voltage 124.00;
	from load:17;
	to node:445;
	length 328.05669053706;
	configuration line_configuration:668;
}

// overhead_line: BRIA165913
object overhead_line:815 {
	phases "BN";
        nominal_voltage 124.00;
	from load:19;
	to load:468;
	length 159.475227474382;
	configuration line_configuration:675;
}

// overhead_line: BRIA165917
object overhead_line:816 {
	phases "BN";
        nominal_voltage 124.00;
	from load:56;
	to load:21;
	length 193.570114603964;
	configuration line_configuration:664;
}

// overhead_line: BRIA165920
object overhead_line:817 {
	phases "BN";
        nominal_voltage 124.00;
	from load:20;
	to load:22;
	length 170.224131503141;
	configuration line_configuration:676;
}

// overhead_line: BRIA165923
object overhead_line:818 {
	phases "BN";
        nominal_voltage 124.00;
	from load:22;
	to load:23;
	length 154.939258114255;
	configuration line_configuration:676;
}

// overhead_line: BRIA165925
object overhead_line:819 {
	phases "BN";
        nominal_voltage 124.00;
	from load:23;
	to load:24;
	length 144.012990195306;
	configuration line_configuration:676;
}

// overhead_line: BRIA165927
object overhead_line:820 {
	phases "BN";
        nominal_voltage 124.00;
	from load:24;
	to load:25;
	length 145.573669064895;
	configuration line_configuration:676;
}

// overhead_line: BRIA165929
object overhead_line:821 {
	phases "BN";
        nominal_voltage 124.00;
	from load:25;
	to load:27;
	length 123.128522325173;
	configuration line_configuration:676;
}

// overhead_line: BRIA165931
object overhead_line:822 {
	phases "BN";
        nominal_voltage 124.00;
	from load:27;
	to load:28;
	length 118.120414175573;
	configuration line_configuration:676;
}

// overhead_line: BRIA165933
object overhead_line:823 {
	phases "BN";
        nominal_voltage 124.00;
	from load:28;
	to load:483;
	length 234.991554199258;
	configuration line_configuration:676;
}

// overhead_line: BRIA165937
object overhead_line:824 {
	phases "BN";
        nominal_voltage 124.00;
	from load:484;
	to load:29;
	length 334.458544874004;
	configuration line_configuration:669;
}

// overhead_line: BRIA165940
object overhead_line:825 {
	phases "BN";
        nominal_voltage 124.00;
	from load:29;
	to load:30;
	length 197.852154676188;
	configuration line_configuration:669;
}

// overhead_line: BRIA165943
object overhead_line:826 {
	phases "BN";
        nominal_voltage 124.00;
	from load:29;
	to load:31;
	length 219.867911440385;
	configuration line_configuration:669;
}

// overhead_line: BRIA165946
object overhead_line:827 {
	phases "BN";
        nominal_voltage 124.00;
	from load:31;
	to load:32;
	length 289.282725154955;
	configuration line_configuration:669;
}

// overhead_line: BRIA165949
object overhead_line:828 {
	phases "BN";
        nominal_voltage 124.00;
	from load:32;
	to load:33;
	length 146.947094088334;
	configuration line_configuration:669;
}

// overhead_line: BRIA165952
object overhead_line:829 {
	phases "BN";
        nominal_voltage 124.00;
	from load:33;
	to load:34;
	length 138.34483065508;
	configuration line_configuration:669;
}

// overhead_line: BRIA165955
object overhead_line:830 {
	phases "BN";
        nominal_voltage 124.00;
	from load:34;
	to load:35;
	length 148.010902136725;
	configuration line_configuration:669;
}

// overhead_line: BRIA165958
object overhead_line:831 {
	phases "BN";
        nominal_voltage 124.00;
	from load:32;
	to load:36;
	length 248.756995589669;
	configuration line_configuration:669;
}

// overhead_line: BRIA165961
object overhead_line:832 {
	phases "BN";
        nominal_voltage 124.00;
	from load:36;
	to load:37;
	length 117.044037978915;
	configuration line_configuration:669;
}

// overhead_line: BRIA165964
object overhead_line:833 {
	phases "BN";
        nominal_voltage 124.00;
	from load:37;
	to load:38;
	length 182.979128525657;
	configuration line_configuration:669;
}

// overhead_line: BRIA165966
object overhead_line:834 {
	phases "BN";
        nominal_voltage 124.00;
	from load:483;
	to node:39;
	length 336.122879680961;
	configuration line_configuration:676;
}

// overhead_line: BRIA165969
object overhead_line:835 {
	phases "BN";
        nominal_voltage 124.00;
	from node:39;
	to node:40;
	length 182.33616050029;
	configuration line_configuration:676;
}

// overhead_line: BRIA165971
object overhead_line:836 {
	phases "BN";
        nominal_voltage 124.00;
	from load:41;
	to load:42;
	length 166.529990539178;
	configuration line_configuration:675;
}

// overhead_line: BRIA165973
object overhead_line:837 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:18;
	to load:43;
	length 184.427601310168;
	configuration line_configuration:678;
}

// overhead_line: BRIA165975
object overhead_line:838 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:43;
	to load:44;
	length 314.120746328419;
	configuration line_configuration:678;
}

// overhead_line: BRIA165979
object overhead_line:839 {
	phases "BN";
        nominal_voltage 124.00;
	from node:55;
	to load:435;
	length 35.1304359801816;
	configuration line_configuration:679;
}

// overhead_line: BRIA165981
object overhead_line:840 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:44;
	to node:46;
	length 188.09443752816;
	configuration line_configuration:678;
}

// overhead_line: BRIA165983
object overhead_line:841 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:46;
	to load:490;
	length 230.284707909564;
	configuration line_configuration:678;
}

// overhead_line: BRIA166015
object overhead_line:842 {
	phases "CN";
        nominal_voltage 124.00;
	from load:4;
	to load:48;
	length 19.0795585117078;
	configuration line_configuration:680;
}

// overhead_line: BRIA166018
object overhead_line:843 {
	phases "AN";
        nominal_voltage 124.00;
	from node:5;
	to load:49;
	length 20.1808658139308;
	configuration line_configuration:681;
}

// overhead_line: BRIA166023
object overhead_line:844 {
	phases "AN";
        nominal_voltage 124.00;
	from node:51;
	to load:52;
	length 19.2458612875237;
	configuration line_configuration:681;
}

// overhead_line: BRIA166026
object overhead_line:845 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:51;
	to node:53;
	length 21.1721018560692;
	configuration line_configuration:654;
}

// overhead_line: BRIA166027
object overhead_line:846 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:53;
	to load:18;
	length 70.7276110203497;
	configuration line_configuration:678;
}

// overhead_line: BRIA166029
object overhead_line:847 {
	phases "BN";
        nominal_voltage 124.00;
	from load:18;
	to load:54;
	length 25.0899350737245;
	configuration line_configuration:675;
}

// overhead_line: BRIA166030
object overhead_line:848 {
	phases "BN";
        nominal_voltage 124.00;
	from load:54;
	to load:19;
	length 126.861083493631;
	configuration line_configuration:675;
}

// overhead_line: BRIA166032
object overhead_line:849 {
	phases "BN";
        nominal_voltage 124.00;
	from load:44;
	to node:55;
	length 21.0140746167557;
	configuration line_configuration:683;
}

// overhead_line: BRIA166035
object overhead_line:850 {
	phases "BN";
        nominal_voltage 124.00;
	from load:20;
	to load:56;
	length 6.41022963720977;
	configuration line_configuration:675;
}

// overhead_line: BRIA166044
object overhead_line:851 {
	phases "BN";
        nominal_voltage 124.00;
	from load:25;
	to load:57;
	length 8.04904721069076;
	configuration line_configuration:656;
}

// overhead_line: BRIA166045
object overhead_line:852 {
	phases "BN";
        nominal_voltage 124.00;
	from load:57;
	to load:26;
	length 379.125397236629;
	configuration line_configuration:656;
}

// overhead_line: BRIA166051
object overhead_line:853 {
	phases "BN";
        nominal_voltage 124.00;
	from node:40;
	to load:58;
	length 19.6784711041821;
	configuration line_configuration:675;
}

// overhead_line: BRIA166052
object overhead_line:854 {
	phases "BN";
        nominal_voltage 124.00;
	from load:58;
	to load:41;
	length 157.196015540475;
	configuration line_configuration:675;
}

// overhead_line: BRIA166121
object overhead_line:855 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:12;
	to load:59;
	length 166.745729492634;
	configuration line_configuration:665;
}

// overhead_line: BRIA166122
object overhead_line:856 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:59;
	to node:51;
	length 162.895724231803;
	configuration line_configuration:665;
}

// overhead_line: BRIA166126
object overhead_line:857 {
	phases "CN";
        nominal_voltage 124.00;
	from load:48;
	to load:436;
	length 334.117109271302;
	configuration line_configuration:667;
}

// overhead_line: BRIA166127
object overhead_line:858 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:60;
	to load:4;
	length 62.6897098413952;
	configuration line_configuration:665;
}

// overhead_line: BRIA166128
object overhead_line:859 {
	phases "BN";
        nominal_voltage 124.00;
	from load:12;
	to load:50;
	length 6.74849820332485;
	configuration line_configuration:675;
}

// overhead_line: BRIA3076240
object overhead_line:860 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:137;
	to load:138;
	length 89.343839561371;
	configuration line_configuration:684;
}

// overhead_line: BRIA925616
object overhead_line:861 {
	phases "CN";
        nominal_voltage 124.00;
	from node:98;
	to load:119;
	length 19.3858992568856;
	configuration line_configuration:685;
}

// overhead_line: BRIA925618
object overhead_line:862 {
	phases "CN";
        nominal_voltage 124.00;
	from load:119;
	to load:99;
	length 265.253316196165;
	configuration line_configuration:686;
}

// overhead_line: BRIA925621
object overhead_line:863 {
	phases "CN";
        nominal_voltage 124.00;
	from load:99;
	to load:100;
	length 282.049537564932;
	configuration line_configuration:686;
}

// overhead_line: BRIA925625
object overhead_line:864 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:101;
	to load:102;
	length 125.234946021486;
	configuration line_configuration:687;
}

// overhead_line: BRIA925627
object overhead_line:865 {
	phases "CN";
        nominal_voltage 124.00;
	from load:102;
	to load:121;
	length 20.271373165081;
	configuration line_configuration:658;
}

// overhead_line: BRIA925629
object overhead_line:866 {
	phases "CN";
        nominal_voltage 124.00;
	from load:103;
	to load:104;
	length 253.298691976457;
	configuration line_configuration:658;
}

// overhead_line: BRIA925631
object overhead_line:867 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:102;
	to load:105;
	length 163.075210335606;
	configuration line_configuration:687;
}

// overhead_line: BRIA925633
object overhead_line:868 {
	phases "CN";
        nominal_voltage 124.00;
	from load:105;
	to load:123;
	length 19.8523401455836;
	configuration line_configuration:658;
}

// overhead_line: BRIA925635
object overhead_line:869 {
	phases "CN";
        nominal_voltage 124.00;
	from load:106;
	to load:122;
	length 12.5400349680392;
	configuration line_configuration:658;
}

// overhead_line: BRIA925637
object overhead_line:870 {
	phases "CN";
        nominal_voltage 124.00;
	from load:122;
	to load:116;
	length 117.564774955696;
	configuration line_configuration:667;
}

// overhead_line: BRIA925640
object overhead_line:871 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:105;
	to node:108;
	length 168.259586264801;
	configuration line_configuration:687;
}

// overhead_line: BRIA925641
object overhead_line:872 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:108;
	to load:109;
	length 195.637260581926;
	configuration line_configuration:687;
}

// overhead_line: BRIA925642
object overhead_line:873 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:109;
	to load:110;
	length 157.48844905578;
	configuration line_configuration:687;
}

// overhead_line: BRIA925644
object overhead_line:874 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:110;
	to load:111;
	length 210.169093191665;
	configuration line_configuration:687;
}

// overhead_line: BRIA925646
object overhead_line:875 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:111;
	to load:112;
	length 194.141314379459;
	configuration line_configuration:687;
}

// overhead_line: BRIA925648
object overhead_line:876 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:112;
	to load:113;
	length 122.656565238074;
	configuration line_configuration:687;
}

// overhead_line: BRIA925650
object overhead_line:877 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:113;
	to load:114;
	length 189.634167145606;
	configuration line_configuration:687;
}

// overhead_line: BRIA925652
object overhead_line:878 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:114;
	to node:115;
	length 157.108445746844;
	configuration line_configuration:687;
}

// overhead_line: BRIA926050
object overhead_line:879 {
	phases "CN";
        nominal_voltage 124.00;
	from load:116;
	to load:107;
	length 245.062403231966;
	configuration line_configuration:667;
}

// overhead_line: BRIA926055
object overhead_line:880 {
	phases "AN";
        nominal_voltage 124.00;
	from load:199;
	to load:117;
	length 175.98348928284;
	configuration line_configuration:652;
}

// overhead_line: BRIA926057
object overhead_line:881 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:118;
	to load:97;
	length 157.812980647496;
	configuration line_configuration:687;
}

// overhead_line: BRIA926061
object overhead_line:882 {
	phases "AN";
        nominal_voltage 124.00;
	from node:98;
	to load:120;
	length 12.5595324752713;
	configuration line_configuration:652;
}

// overhead_line: BRIA926067
object overhead_line:883 {
	phases "CN";
        nominal_voltage 124.00;
	from load:121;
	to load:103;
	length 246.39721422262;
	configuration line_configuration:658;
}

// overhead_line: BRIA926078
object overhead_line:884 {
	phases "CN";
        nominal_voltage 124.00;
	from load:123;
	to load:106;
	length 237.93143531535;
	configuration line_configuration:658;
}

// overhead_line: BRIA926145
object overhead_line:885 {
	phases "AN";
        nominal_voltage 124.00;
	from load:124;
	to node:125;
	length 102.078535966156;
	configuration line_configuration:689;
}

// overhead_line: BRIA926146
object overhead_line:886 {
	phases "AN";
        nominal_voltage 124.00;
	from node:125;
	to load:202;
	length 17.7607933382744;
	configuration line_configuration:689;
}

// overhead_line: BRIA926148
object overhead_line:887 {
	phases "AN";
        nominal_voltage 124.00;
	from load:126;
	to load:403;
	length 211.283937612261;
	configuration line_configuration:689;
}

// overhead_line: BRIA926151
object overhead_line:888 {
	phases "AN";
        nominal_voltage 124.00;
	from load:403;
	to load:200;
	length 19.564988755406;
	configuration line_configuration:652;
}

// overhead_line: BRIA926154
object overhead_line:889 {
	phases "AN";
        nominal_voltage 124.00;
	from node:125;
	to load:201;
	length 15.0920453550911;
	configuration line_configuration:689;
}

// overhead_line: BRIA926157
object overhead_line:890 {
	phases "AN";
        nominal_voltage 124.00;
	from load:201;
	to load:128;
	length 92.32336918927;
	configuration line_configuration:690;
}

// overhead_line: BRIA926159
object overhead_line:891 {
	phases "AN";
        nominal_voltage 124.00;
	from load:403;
	to load:129;
	length 93.2496455166762;
	configuration line_configuration:689;
}

// overhead_line: BRIA926160
object overhead_line:892 {
	phases "AN";
        nominal_voltage 124.00;
	from load:129;
	to load:130;
	length 87.8661437415853;
	configuration line_configuration:689;
}

// overhead_line: BRIA926162
object overhead_line:893 {
	phases "AN";
        nominal_voltage 124.00;
	from load:130;
	to load:131;
	length 85.8815864083844;
	configuration line_configuration:689;
}

// overhead_line: BRIA926163
object overhead_line:894 {
	phases "AN";
        nominal_voltage 124.00;
	from load:131;
	to load:426;
	length 173.18701706518;
	configuration line_configuration:689;
}

// overhead_line: BRIA926166
object overhead_line:895 {
	phases "AN";
        nominal_voltage 124.00;
	from load:129;
	to load:199;
	length 5.9356935567571;
	configuration line_configuration:652;
}

// overhead_line: BRIA926168
object overhead_line:896 {
	phases "AN";
        nominal_voltage 124.00;
	from load:132;
	to node:133;
	length 100.04016515888;
	configuration line_configuration:689;
}

// overhead_line: BRIA926169
object overhead_line:897 {
	phases "AN";
        nominal_voltage 124.00;
	from node:133;
	to load:134;
	length 158.138313589755;
	configuration line_configuration:689;
}

// overhead_line: BRIA926174
object overhead_line:898 {
	phases "AN";
        nominal_voltage 124.00;
	from load:134;
	to load:135;
	length 136.35833796645;
	configuration line_configuration:691;
}

// overhead_line: BRIA926176
object overhead_line:899 {
	phases "AN";
        nominal_voltage 124.00;
	from load:135;
	to node:2;
	length 172.7465566112;
	configuration line_configuration:691;
}

// overhead_line: BRIA926220
object overhead_line:900 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:136;
	to node:137;
	length 157.075967623967;
	configuration line_configuration:665;
}

// overhead_line: BRIA926222
object overhead_line:901 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:136;
	to node:431;
	length 132.076720087216;
	configuration line_configuration:665;
}

// overhead_line: BRIA926224
object overhead_line:902 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:138;
	to load:216;
	length 18.7937317207731;
	configuration line_configuration:687;
}

// overhead_line: BRIA926225
object overhead_line:903 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:138;
	to load:139;
	length 197.183721538959;
	configuration line_configuration:665;
}

// overhead_line: BRIA926228
object overhead_line:904 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:216;
	to load:204;
	length 103.711584813188;
	configuration line_configuration:671;
}

// overhead_line: BRIA926231
object overhead_line:905 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:140;
	to node:141;
	length 157.654951761924;
	configuration line_configuration:671;
}

// overhead_line: BRIA926234
object overhead_line:906 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:139;
	to load:142;
	length 180.392507721316;
	configuration line_configuration:665;
}

// overhead_line: BRIA926235
object overhead_line:907 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:142;
	to load:143;
	length 70.0871003824466;
	configuration line_configuration:665;
}

// overhead_line: BRIA926236
object overhead_line:908 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:143;
	to load:144;
	length 75.2747507800348;
	configuration line_configuration:665;
}

// overhead_line: BRIA926238
object overhead_line:909 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:144;
	to load:145;
	length 327.687315429456;
	configuration line_configuration:665;
}

// overhead_line: BRIA926239
object overhead_line:910 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:145;
	to load:146;
	length 433.557522887359;
	configuration line_configuration:665;
}

// overhead_line: BRIA926241
object overhead_line:911 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:146;
	to load:147;
	length 204.774808589745;
	configuration line_configuration:665;
}

// overhead_line: BRIA926242
object overhead_line:912 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:147;
	to load:148;
	length 177.315022023984;
	configuration line_configuration:684;
}

// overhead_line: BRIA926244
object overhead_line:913 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:148;
	to load:149;
	length 186.207778419654;
	configuration line_configuration:684;
}

// overhead_line: BRIA926246
object overhead_line:914 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:149;
	to load:150;
	length 259.13518010486;
	configuration line_configuration:684;
}

// overhead_line: BRIA930336
object overhead_line:915 {
	phases "CN";
        nominal_voltage 124.00;
	from load:263;
	to load:264;
	length 192.281628659536;
	configuration line_configuration:667;
}

// overhead_line: BRIA930339
object overhead_line:916 {
	phases "CN";
        nominal_voltage 124.00;
	from load:264;
	to load:265;
	length 77.8787812244205;
	configuration line_configuration:667;
}

// overhead_line: BRIA930490
object overhead_line:917 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:245;
	to load:267;
	length 218.34630277738;
	configuration line_configuration:671;
}

// overhead_line: BRIA930492
object overhead_line:918 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:267;
	to load:268;
	length 30.1830169631472;
	configuration line_configuration:671;
}

// overhead_line: BRIA930496
object overhead_line:919 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	from load:267;
	to load:269;
	length 240.053681449512;
	configuration line_configuration:693;
}

// overhead_line: BRIA930499
object overhead_line:920 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	from load:269;
	to load:270;
	length 206.823344941878;
	configuration line_configuration:693;
}

// overhead_line: BRIA930502
object overhead_line:921 {
	phases "AN";
        nominal_voltage 124.00;
	from load:270;
	to load:271;
	length 299.633040486632;
	configuration line_configuration:668;
}

// overhead_line: BRIA930505
object overhead_line:922 {
	phases "AN";
        nominal_voltage 124.00;
	from load:271;
	to load:272;
	length 181.991348666011;
	configuration line_configuration:668;
}

// overhead_line: BRIA930508
object overhead_line:923 {
	phases "AN";
        nominal_voltage 124.00;
	from load:271;
	to load:273;
	length 205.725037975542;
	configuration line_configuration:668;
}

// overhead_line: BRIA930511
object overhead_line:924 {
	phases "AN";
        nominal_voltage 124.00;
	from load:273;
	to load:274;
	length 196.600999272183;
	configuration line_configuration:668;
}

// overhead_line: BRIA930514
object overhead_line:925 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	from load:270;
	to load:275;
	length 152.45728654856;
	configuration line_configuration:693;
}

// overhead_line: BRIA930517
object overhead_line:926 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	from load:275;
	to load:276;
	length 233.740086662634;
	configuration line_configuration:693;
}

// overhead_line: BRIA930519
object overhead_line:927 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	from load:276;
	to node:439;
	length 139.348759753982;
	configuration line_configuration:693;
}

// overhead_line: BRIA930523
object overhead_line:928 {
	phases "CN";
        nominal_voltage 124.00;
	from load:276;
	to load:277;
	length 124.969498693447;
	configuration line_configuration:667;
}

// overhead_line: BRIA930529
object overhead_line:929 {
	phases "CN";
        nominal_voltage 124.00;
	from load:275;
	to load:278;
	length 196.733082939554;
	configuration line_configuration:667;
}

// overhead_line: BRIA930532
object overhead_line:930 {
	phases "CN";
        nominal_voltage 124.00;
	from load:278;
	to load:279;
	length 119.051650196371;
	configuration line_configuration:667;
}

// overhead_line: BRIA930534
object overhead_line:931 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:249;
	to node:266;
	length 128.40841360683;
	configuration line_configuration:684;
}

// overhead_line: BRIA930535
object overhead_line:932 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:249;
	to load:305;
	length 237.363548343595;
	configuration line_configuration:694;
}

// overhead_line: BRIA930537
object overhead_line:933 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:305;
	to load:306;
	length 176.346312039752;
	configuration line_configuration:694;
}

// overhead_line: BRIA930538
object overhead_line:934 {
	phases "BN";
        nominal_voltage 124.00;
	from load:306;
	to load:300;
	length 16.688148429529;
	configuration line_configuration:675;
}

// overhead_line: BRIA930540
object overhead_line:935 {
	phases "BN";
        nominal_voltage 124.00;
	from load:280;
	to load:477;
	length 164.161467625682;
	configuration line_configuration:675;
}

// overhead_line: BRIA930542
object overhead_line:936 {
	phases "BN";
        nominal_voltage 124.00;
	from load:281;
	to load:282;
	length 162.197598625818;
	configuration line_configuration:675;
}

// overhead_line: BRIA930544
object overhead_line:937 {
	phases "BN";
        nominal_voltage 124.00;
	from load:282;
	to load:283;
	length 250.292928708336;
	configuration line_configuration:675;
}

// overhead_line: BRIA930546
object overhead_line:938 {
	phases "BN";
        nominal_voltage 124.00;
	from load:283;
	to load:284;
	length 138.670318183076;
	configuration line_configuration:675;
}

// overhead_line: BRIA930548
object overhead_line:939 {
	phases "BN";
        nominal_voltage 124.00;
	from load:284;
	to load:285;
	length 176.055141293786;
	configuration line_configuration:675;
}

// overhead_line: BRIA930550
object overhead_line:940 {
	phases "BN";
        nominal_voltage 124.00;
	from load:284;
	to load:286;
	length 143.930588444521;
	configuration line_configuration:675;
}

// overhead_line: BRIA930552
object overhead_line:941 {
	phases "BN";
        nominal_voltage 124.00;
	from load:286;
	to load:287;
	length 102.679050726011;
	configuration line_configuration:675;
}

// overhead_line: BRIA930554
object overhead_line:942 {
	phases "BN";
        nominal_voltage 124.00;
	from load:287;
	to load:288;
	length 92.0075010203504;
	configuration line_configuration:675;
}

// overhead_line: BRIA930556
object overhead_line:943 {
	phases "BN";
        nominal_voltage 124.00;
	from load:288;
	to load:289;
	length 130.368751547316;
	configuration line_configuration:675;
}

// overhead_line: BRIA930559
object overhead_line:944 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:306;
	to load:253;
	length 117.595597145504;
	configuration line_configuration:694;
}

// overhead_line: BRIA930560
object overhead_line:945 {
	phases "CN";
        nominal_voltage 124.00;
	from load:290;
	to load:242;
	length 97.0973990118786;
	configuration line_configuration:658;
}

// overhead_line: BRIA930564
object overhead_line:946 {
	phases "CN";
        nominal_voltage 124.00;
	from load:292;
	to load:257;
	length 114.907393467716;
	configuration line_configuration:658;
}

// overhead_line: BRIA930568
object overhead_line:947 {
	phases "AN";
        nominal_voltage 124.00;
	from node:295;
	to load:294;
	length 3.62843836932985;
	configuration line_configuration:652;
}

// overhead_line: BRIA930572
object overhead_line:948 {
	phases "AN";
        nominal_voltage 124.00;
	from load:243;
	to node:298;
	length 12.0003440367519;
	configuration line_configuration:652;
}

// overhead_line: BRIA930606
object overhead_line:949 {
	phases "BN";
        nominal_voltage 124.00;
	from load:300;
	to load:280;
	length 127.296506617186;
	configuration line_configuration:675;
}

// overhead_line: BRIA930608
object overhead_line:950 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:500;
	to load:301;
	length 12.2715375156864;
	configuration line_configuration:654;
}

// overhead_line: BRIA930622
object overhead_line:951 {
	phases "BN";
        nominal_voltage 124.00;
	from load:289;
	to node:1;
	length 174.45848974471;
	configuration line_configuration:675;
}

// overhead_line: BRIA992960
object overhead_line:952 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:332;
	to node:449;
	length 338.339179932703;
	configuration line_configuration:665;
}

// overhead_line: BRIA992962
object overhead_line:953 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:404;
	to load:405;
	length 100.903850575693;
	configuration line_configuration:665;
}

// overhead_line: BRIA992964
object overhead_line:954 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:405;
	to node:406;
	length 120.759598479814;
	configuration line_configuration:665;
}

// overhead_line: BRIA992965
object overhead_line:955 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:406;
	to load:334;
	length 12.2757628275803;
	configuration line_configuration:654;
}

// overhead_line: BRIA992966
object overhead_line:956 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:407;
	to load:408;
	length 108.781441712287;
	configuration line_configuration:654;
}

// overhead_line: BRIA992968
object overhead_line:957 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:408;
	to load:409;
	length 158.932732192017;
	configuration line_configuration:654;
}

// overhead_line: BRIA3076301
object overhead_line:958 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:228;
	to node:410;
	length 75.7095616484355;
	configuration line_configuration:696;
}

// overhead_line: BRIA3500454
object overhead_line:959 {
	phases "BN";
        nominal_voltage 124.00;
	from load:412;
	to load:411;
	length 289.360146641715;
	configuration line_configuration:679;
}

// overhead_line: BRIA3500457
object overhead_line:960 {
	phases "BN";
        nominal_voltage 124.00;
	from load:413;
	to load:412;
	length 349.300561821573;
	configuration line_configuration:679;
}

// overhead_line: BRIA3500459
object overhead_line:961 {
	phases "BN";
        nominal_voltage 124.00;
	from load:20;
	to load:414;
	length 15.7711084146705;
	configuration line_configuration:679;
}

// overhead_line: BRIA3500460
object overhead_line:962 {
	phases "BN";
        nominal_voltage 124.00;
	from load:414;
	to load:469;
	length 305.129572286522;
	configuration line_configuration:679;
}

// overhead_line: BRIA3502600
object overhead_line:963 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:293;
	to load:415;
	length 228.931426069456;
	configuration line_configuration:697;
}

// overhead_line: BRIA3502603
object overhead_line:964 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:241;
	to load:302;
	length 134.596160944584;
	configuration line_configuration:694;
}

// overhead_line: BRIA3502608
object overhead_line:965 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:416;
	to node:295;
	length 203.689077979174;
	configuration line_configuration:694;
}

// overhead_line: BRIA3502609
object overhead_line:966 {
	phases "AN";
        nominal_voltage 124.00;
	from node:416;
	to node:417;
	length 11.3010615430816;
	configuration line_configuration:652;
}

// overhead_line: BRIA3502610
object overhead_line:967 {
	phases "AN";
        nominal_voltage 124.00;
	from node:417;
	to load:66;
	length 75.7587997160606;
	configuration line_configuration:652;
}

// overhead_line: BRIA3502613
object overhead_line:968 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:196;
	to load:124;
	length 212.134810997627;
	configuration line_configuration:694;
}

// overhead_line: BRIA3502732
object overhead_line:969 {
	phases "BN";
        nominal_voltage 124.00;
	from node:418;
	to load:20;
	length 152.644227155857;
	configuration line_configuration:675;
}

// overhead_line: BRIA3576102
object overhead_line:970 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:420;
	to load:493;
	length 131.589795504851;
	configuration line_configuration:665;
}

// overhead_line: BRIA3576103
object overhead_line:971 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:420;
	to node:307;
	length 240.684456628114;
	configuration line_configuration:665;
}

// overhead_line: BRIA3583410
object overhead_line:972 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:252;
	to node:422;
	length 18.3017125154845;
	configuration line_configuration:697;
}

// overhead_line: BRIA3583412
object overhead_line:973 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:422;
	to load:473;
	length 37.8739490403664;
	configuration line_configuration:697;
}

// overhead_line: BRIA3601042
object overhead_line:974 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:61;
	to node:423;
	length 81.0722123220195;
	configuration line_configuration:684;
}

// overhead_line: BRIA3915217
object overhead_line:975 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:98;
	to load:434;
	length 91.3575530812596;
	configuration line_configuration:687;
}

// overhead_line: BRIA5020674
object overhead_line:976 {
	phases "BN";
        nominal_voltage 124.00;
	from load:253;
	to load:424;
	length 5.74125221513562;
	configuration line_configuration:679;
}

// overhead_line: BRIA5020676
object overhead_line:977 {
	phases "CN";
        nominal_voltage 124.00;
	from load:425;
	to load:177;
	length 224.80927117898;
	configuration line_configuration:667;
}

// overhead_line: BRIA5022309
object overhead_line:978 {
	phases "AN";
        nominal_voltage 124.00;
	from load:426;
	to load:132;
	length 91.5487121973623;
	configuration line_configuration:689;
}

// overhead_line: BRIA5034222
object overhead_line:979 {
	phases "AN";
        nominal_voltage 124.00;
	from load:132;
	to load:428;
	length 18.2018002680924;
	configuration line_configuration:652;
}

// overhead_line: BRIA5034223
object overhead_line:980 {
	phases "AN";
        nominal_voltage 124.00;
	from load:428;
	to load:433;
	length 129.77531284719;
	configuration line_configuration:652;
}

// overhead_line: BRIA7512607
object overhead_line:981 {
	phases "AN";
        nominal_voltage 124.00;
	from load:429;
	to load:232;
	length 416.129254126861;
	configuration line_configuration:652;
}

// overhead_line: BRIA7519943
object overhead_line:982 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:430;
	to load:166;
	length 178.684899546522;
	configuration line_configuration:654;
}

// overhead_line: BRIA7523993
object overhead_line:983 {
	phases "AN";
        nominal_voltage 124.00;
	from load:433;
	to load:427;
	length 117.351410260011;
	configuration line_configuration:652;
}

// overhead_line: BRIA7524568
object overhead_line:984 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:431;
	to node:432;
	length 10.0562947948448;
	configuration line_configuration:665;
}

// overhead_line: BRIA7539303
object overhead_line:985 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:434;
	to load:101;
	length 142.678726379434;
	configuration line_configuration:687;
}

// overhead_line: BRIA7559753
object overhead_line:986 {
	phases "BN";
        nominal_voltage 124.00;
	from load:435;
	to load:45;
	length 246.224000033124;
	configuration line_configuration:679;
}

// overhead_line: BRIA7559808
object overhead_line:987 {
	phases "BN";
        nominal_voltage 124.00;
	from load:356;
	to load:369;
	length 850.023845194499;
	configuration line_configuration:669;
}

// overhead_line: BRIA7559810
object overhead_line:988 {
	phases "BN";
        nominal_voltage 124.00;
	from load:356;
	to load:351;
	length 221.707316235205;
	configuration line_configuration:669;
}

// overhead_line: BRIA7559812
object overhead_line:989 {
	phases "AN";
        nominal_voltage 124.00;
	from load:356;
	to load:344;
	length 501.416065333913;
	configuration line_configuration:668;
}

// overhead_line: BRIA7559813
object overhead_line:990 {
	phases "CN";
        nominal_voltage 124.00;
	from load:356;
	to load:343;
	length 827.751072658957;
	configuration line_configuration:667;
}

// overhead_line: BRIA7559820
object overhead_line:991 {
	phases "CN";
        nominal_voltage 124.00;
	from load:155;
	to load:437;
	length 30.1680000000633;
	configuration line_configuration:698;
}

// overhead_line: BRIA7559826
object overhead_line:992 {
	phases "CN";
        nominal_voltage 124.00;
	from load:277;
	to load:440;
	length 166.006228126409;
	configuration line_configuration:667;
}

// overhead_line: BRIA7559832
object overhead_line:993 {
	phases "AN";
        nominal_voltage 124.00;
	from load:444;
	to load:77;
	length 192.505629851599;
	configuration line_configuration:668;
}

// overhead_line: BRIA7559833
object overhead_line:994 {
	phases "CN";
        nominal_voltage 124.00;
	from load:443;
	to load:78;
	length 212.788982485345;
	configuration line_configuration:667;
}

// overhead_line: BRIA7566102
object overhead_line:995 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:3;
	to node:496;
	length 442.750846242709;
	configuration line_configuration:699;
}

// overhead_line: BRIA7568418
object overhead_line:996 {
	phases "AN";
        nominal_voltage 124.00;
	from load:135;
	to load:451;
	length 14.0961455269421;
	configuration line_configuration:700;
}

// overhead_line: BRIA7568421
object overhead_line:997 {
	phases "AN";
        nominal_voltage 124.00;
	from load:451;
	to load:450;
	length 331.9524200937;
	configuration line_configuration:700;
}

// overhead_line: BRIA7568493
object overhead_line:998 {
	phases "BN";
        nominal_voltage 124.00;
	from load:239;
	to node:452;
	length 14.3929316996633;
	configuration line_configuration:701;
}

// overhead_line: BRIA7568495
object overhead_line:999 {
	phases "BN";
        nominal_voltage 124.00;
	from node:452;
	to load:454;
	length 281.823353433025;
	configuration line_configuration:701;
}

// overhead_line: BRIA7568498
object overhead_line:1000 {
	phases "BN";
        nominal_voltage 124.00;
	from load:454;
	to load:453;
	length 192.469673566734;
	configuration line_configuration:701;
}

// overhead_line: BRIA7582723
object overhead_line:1001 {
	phases "BN";
        nominal_voltage 124.00;
	from load:22;
	to load:460;
	length 22.6155164575168;
	configuration line_configuration:701;
}

// overhead_line: BRIA7582724
object overhead_line:1002 {
	phases "BN";
        nominal_voltage 124.00;
	from load:455;
	to load:456;
	length 268.545313022059;
	configuration line_configuration:701;
}

// overhead_line: BRIA7582725
object overhead_line:1003 {
	phases "BN";
        nominal_voltage 124.00;
	from load:455;
	to load:457;
	length 211.577681971419;
	configuration line_configuration:701;
}

// overhead_line: BRIA7582728
object overhead_line:1004 {
	phases "BN";
        nominal_voltage 124.00;
	from load:457;
	to load:458;
	length 216.366150481589;
	configuration line_configuration:701;
}

// overhead_line: BRIA7582730
object overhead_line:1005 {
	phases "BN";
        nominal_voltage 124.00;
	from load:458;
	to load:459;
	length 222.06862505023;
	configuration line_configuration:701;
}

// overhead_line: BRIA7582739
object overhead_line:1006 {
	phases "BN";
        nominal_voltage 124.00;
	from load:460;
	to load:455;
	length 265.445718705845;
	configuration line_configuration:701;
}

// overhead_line: BRIA7636115
object overhead_line:1007 {
	phases "CN";
        nominal_voltage 124.00;
	from load:462;
	to load:463;
	length 362.558852011362;
	configuration line_configuration:702;
}

// overhead_line: BRIA7636121
object overhead_line:1008 {
	phases "CN";
        nominal_voltage 124.00;
	from load:462;
	to load:464;
	length 251.716384240601;
	configuration line_configuration:686;
}

// overhead_line: BRIA7636134
object overhead_line:1009 {
	phases "CN";
        nominal_voltage 124.00;
	from node:466;
	to load:462;
	length 40.0096676026003;
	configuration line_configuration:702;
}

// overhead_line: BRIA7636138
object overhead_line:1010 {
	phases "CN";
        nominal_voltage 124.00;
	from node:465;
	to node:466;
	length 5.26235356101204;
	configuration line_configuration:702;
}

// overhead_line: BRIA7640852
object overhead_line:1011 {
	phases "BN";
        nominal_voltage 124.00;
	from load:468;
	to node:418;
	length 162.62840930476;
	configuration line_configuration:675;
}

// overhead_line: BRIA7640999
object overhead_line:1012 {
	phases "BN";
        nominal_voltage 124.00;
	from load:469;
	to load:413;
	length 153.791415866034;
	configuration line_configuration:679;
}

// overhead_line: BRIA7650874
object overhead_line:1013 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:473;
	to load:421;
	length 315.4;
	configuration line_configuration:697;
}

// overhead_line: BRIA7650875
object overhead_line:1014 {
	phases "AN";
        nominal_voltage 124.00;
	from load:473;
	to load:474;
	length 259.931365773672;
	configuration line_configuration:703;
}

// overhead_line: BRIA7654263
object overhead_line:1015 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:115;
	to node:471;
	length 27.4042129972412;
	configuration line_configuration:697;
}

// overhead_line: BRIA7654264
object overhead_line:1016 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:470;
	to load:472;
	length 78.524000000034;
	configuration line_configuration:697;
}

// overhead_line: BRIA7654265
object overhead_line:1017 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:471;
	to load:470;
	length 40.2683874834931;
	configuration line_configuration:697;
}

// overhead_line: BRIA8507163
object overhead_line:1018 {
	phases "BN";
        nominal_voltage 124.00;
	from load:477;
	to load:281;
	length 164.30700000003;
	configuration line_configuration:675;
}

// overhead_line: BRIA8592368
object overhead_line:1019 {
	phases "AN";
        nominal_voltage 124.00;
	from load:117;
	to load:481;
	length 5.53521562360767;
	configuration line_configuration:700;
}

// overhead_line: BRIA8592371
object overhead_line:1020 {
	phases "AN";
        nominal_voltage 124.00;
	from load:481;
	to load:480;
	length 47.5186944094903;
	configuration line_configuration:700;
}

// overhead_line: BRIA8648801
object overhead_line:1021 {
	phases "BN";
        nominal_voltage 124.00;
	from load:317;
	to load:478;
	length 6.54894075423433;
	configuration line_configuration:701;
}

// overhead_line: BRIA8648802
object overhead_line:1022 {
	phases "BN";
        nominal_voltage 124.00;
	from load:478;
	to load:479;
	length 257.7403907451;
	configuration line_configuration:701;
}

// overhead_line: BRIA8650311
object overhead_line:1023 {
	phases "AN";
        nominal_voltage 124.00;
	from load:482;
	to load:325;
	length 139.572084959752;
	configuration line_configuration:652;
}

// overhead_line: BRIA8658049
object overhead_line:1024 {
	phases "BN";
        nominal_voltage 124.00;
	from load:483;
	to node:486;
	length 14.1881632356697;
	configuration line_configuration:679;
}

// overhead_line: BRIA8658052
object overhead_line:1025 {
	phases "BN";
        nominal_voltage 124.00;
	from load:484;
	to load:485;
	length 207.378792431664;
	configuration line_configuration:679;
}

// overhead_line: BRIA8658053
object overhead_line:1026 {
	phases "BN";
        nominal_voltage 124.00;
	from load:485;
	to load:487;
	length 208.4711835097;
	configuration line_configuration:679;
}

// overhead_line: BRIA8658054
object overhead_line:1027 {
	phases "BN";
        nominal_voltage 124.00;
	from node:486;
	to load:484;
	length 149.659805017334;
	configuration line_configuration:679;
}

// overhead_line: BRIA8663664
object overhead_line:1028 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:488;
	to node:196;
	length 111.475322691269;
	configuration line_configuration:694;
}

// overhead_line: BRIA8663666
object overhead_line:1029 {
	phases "BN";
        nominal_voltage 124.00;
	from load:489;
	to load:237;
	length 148.208236483419;
	configuration line_configuration:675;
}

// overhead_line: BRIA8670342
object overhead_line:1030 {
	phases "BN";
        nominal_voltage 124.00;
	from load:490;
	to load:47;
	length 357.828286972097;
	configuration line_configuration:675;
}

// overhead_line: BRIA8688864
object overhead_line:1031 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:46;
	to load:491;
	length 21.5719999999856;
	configuration line_configuration:697;
}

// overhead_line: BRIA8688865
object overhead_line:1032 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:491;
	to load:492;
	length 174.862039944757;
	configuration line_configuration:697;
}

// overhead_line: BRIA8740684
object overhead_line:1033 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:493;
	to load:259;
	length 210.682448573831;
	configuration line_configuration:665;
}

// overhead_line: BRIA8742838
object overhead_line:1034 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:499;
	to load:310;
	length 172.687610221471;
	configuration line_configuration:654;
}

// overhead_line: BRIA8745673
object overhead_line:1035 {
	phases "AN";
        nominal_voltage 124.00;
	from load:494;
	to load:324;
	length 204.375419298128;
	configuration line_configuration:652;
}

// overhead_line: BRIA8747931
object overhead_line:1036 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:495;
	to node:402;
	length 28.7177283398301;
	configuration line_configuration:696;
}

// overhead_line: BRIA8747934
object overhead_line:1037 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:496;
	to node:495;
	length 16.4754918759058;
	configuration line_configuration:696;
}

// overhead_line: BRIA8748028
object overhead_line:1038 {
	phases "CN";
        nominal_voltage 124.00;
	from load:497;
	to load:189;
	length 144.735974660905;
	configuration line_configuration:658;
}

// overhead_line: BRIA8749056
object overhead_line:1039 {
	phases "CN";
        nominal_voltage 124.00;
	from load:498;
	to load:497;
	length 123.519155048837;
	configuration line_configuration:658;
}

// overhead_line: BRIA8752491
object overhead_line:1040 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:249;
	to node:500;
	length 171.089836343365;
	configuration line_configuration:654;
}

// overhead_line: BRIA8752492
object overhead_line:1041 {
	phases "CN";
        nominal_voltage 124.00;
	from node:500;
	to load:501;
	length 15.624355250678;
	configuration line_configuration:702;
}

// overhead_line: BRIA8752493
object overhead_line:1042 {
	phases "CN";
        nominal_voltage 124.00;
	from load:501;
	to load:502;
	length 329.423048948313;
	configuration line_configuration:702;
}

// overhead_line: BRIA8806143
object overhead_line:1043 {
	phases "BN";
        nominal_voltage 124.00;
	from load:454;
	to load:503;
	length 244.610729355265;
	configuration line_configuration:701;
}

// overhead_line: BRIA8824563
object overhead_line:1044 {
	phases "BN";
        nominal_voltage 124.00;
	from load:315;
	to load:505;
	length 6.72748370493437;
	configuration line_configuration:701;
}

// overhead_line: BRIA8824564
object overhead_line:1045 {
	phases "BN";
        nominal_voltage 124.00;
	from load:504;
	to load:506;
	length 273.210433420988;
	configuration line_configuration:701;
}

// overhead_line: BRIA8824567
object overhead_line:1046 {
	phases "BN";
        nominal_voltage 124.00;
	from load:505;
	to load:504;
	length 303.058073017162;
	configuration line_configuration:701;
}

// overhead_line: BRIA8830286
object overhead_line:1047 {
	phases "AN";
        nominal_voltage 124.00;
	from load:129;
	to load:507;
	length 10.1132222857794;
	configuration line_configuration:700;
}

// overhead_line: BRIA8830287
object overhead_line:1048 {
	phases "AN";
        nominal_voltage 124.00;
	from load:507;
	to load:508;
	length 163.658534919484;
	configuration line_configuration:700;
}

// overhead_line: BRIA8830316
object overhead_line:1049 {
	phases "AN";
        nominal_voltage 124.00;
	from load:426;
	to load:509;
	length 14.0973933050917;
	configuration line_configuration:700;
}

// overhead_line: BRIA8830317
object overhead_line:1050 {
	phases "AN";
        nominal_voltage 124.00;
	from load:509;
	to load:510;
	length 180.359974597076;
	configuration line_configuration:700;
}

// overhead_line: BRIA883366
object overhead_line:1051 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:115;
	to node:61;
	length 164.009978065385;
	configuration line_configuration:684;
}

// overhead_line: BRIA883413
object overhead_line:1052 {
	phases "BN";
        nominal_voltage 124.00;
	from node:62;
	to node:448;
	length 92.7637712609634;
	configuration line_configuration:669;
}

// overhead_line: BRIA883420
object overhead_line:1053 {
	phases "AN";
        nominal_voltage 124.00;
	from load:63;
	to load:64;
	length 285.894714901129;
	configuration line_configuration:668;
}

// overhead_line: BRIA883422
object overhead_line:1054 {
	phases "AN";
        nominal_voltage 124.00;
	from load:294;
	to load:65;
	length 168.323169148859;
	configuration line_configuration:652;
}

// overhead_line: BRIA883424
object overhead_line:1055 {
	phases "AN";
        nominal_voltage 124.00;
	from load:66;
	to load:67;
	length 72.3795209986885;
	configuration line_configuration:652;
}

// overhead_line: BRIA883426
object overhead_line:1056 {
	phases "AN";
        nominal_voltage 124.00;
	from load:120;
	to load:68;
	length 120.616242297687;
	configuration line_configuration:652;
}

// overhead_line: BRIA883428
object overhead_line:1057 {
	phases "AN";
        nominal_voltage 124.00;
	from load:68;
	to load:69;
	length 174.745556538582;
	configuration line_configuration:652;
}

// overhead_line: BRIA883430
object overhead_line:1058 {
	phases "AN";
        nominal_voltage 124.00;
	from load:69;
	to load:70;
	length 251.734217509368;
	configuration line_configuration:652;
}

// overhead_line: BRIA883432
object overhead_line:1059 {
	phases "AN";
        nominal_voltage 124.00;
	from load:70;
	to load:71;
	length 174.495862512656;
	configuration line_configuration:652;
}

// overhead_line: BRIA883434
object overhead_line:1060 {
	phases "AN";
        nominal_voltage 124.00;
	from load:71;
	to load:467;
	length 133.982629549422;
	configuration line_configuration:652;
}

// overhead_line: BRIA883435
object overhead_line:1061 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:108;
	to node:72;
	length 59.2047143816314;
	configuration line_configuration:654;
}

// overhead_line: BRIA883436
object overhead_line:1062 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:72;
	to node:81;
	length 19.2996863446218;
	configuration line_configuration:654;
}

// overhead_line: BRIA883438
object overhead_line:1063 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:73;
	to load:442;
	length 162.774292857442;
	configuration line_configuration:704;
}

// overhead_line: BRIA883442
object overhead_line:1064 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:73;
	to load:82;
	length 8.65672022190473;
	configuration line_configuration:654;
}

// overhead_line: BRIA883443
object overhead_line:1065 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:82;
	to load:74;
	length 353.448244823055;
	configuration line_configuration:704;
}

// overhead_line: BRIA883446
object overhead_line:1066 {
	phases "AN";
        nominal_voltage 124.00;
	from node:72;
	to load:80;
	length 21.2110538399257;
	configuration line_configuration:652;
}

// overhead_line: BRIA883448
object overhead_line:1067 {
	phases "AN";
        nominal_voltage 124.00;
	from load:80;
	to load:75;
	length 61.9778849519803;
	configuration line_configuration:668;
}

// overhead_line: BRIA883451
object overhead_line:1068 {
	phases "AN";
        nominal_voltage 124.00;
	from load:75;
	to load:76;
	length 230.072206653892;
	configuration line_configuration:668;
}

// overhead_line: BRIA883454
object overhead_line:1069 {
	phases "AN";
        nominal_voltage 124.00;
	from load:109;
	to load:444;
	length 7.14299950983834;
	configuration line_configuration:668;
}

// overhead_line: BRIA883457
object overhead_line:1070 {
	phases "CN";
        nominal_voltage 124.00;
	from load:111;
	to load:443;
	length 17.7974700309031;
	configuration line_configuration:667;
}

// overhead_line: BRIA883460
object overhead_line:1071 {
	phases "CN";
        nominal_voltage 124.00;
	from load:78;
	to load:79;
	length 146.987781958232;
	configuration line_configuration:667;
}

// overhead_line: BRIA883614
object overhead_line:1072 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:420;
	to node:475;
	length 187.648746572397;
	configuration line_configuration:665;
}

// overhead_line: BRIA883627
object overhead_line:1073 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:81;
	to load:73;
	length 176.413019221704;
	configuration line_configuration:654;
}

// overhead_line: BRIA883850
object overhead_line:1074 {
	phases "BN";
        nominal_voltage 124.00;
	from load:83;
	to node:62;
	length 450.680580886646;
	configuration line_configuration:669;
}

// overhead_line: BRIA884053
object overhead_line:1075 {
	phases "BN";
        nominal_voltage 124.00;
	from load:50;
	to load:84;
	length 224.220973897703;
	configuration line_configuration:675;
}

// overhead_line: BRIA884055
object overhead_line:1076 {
	phases "BN";
        nominal_voltage 124.00;
	from load:84;
	to node:92;
	length 14.0030857312809;
	configuration line_configuration:675;
}

// overhead_line: BRIA884057
object overhead_line:1077 {
	phases "BN";
        nominal_voltage 124.00;
	from node:92;
	to load:85;
	length 24.8113401462286;
	configuration line_configuration:669;
}

// overhead_line: BRIA884059
object overhead_line:1078 {
	phases "BN";
        nominal_voltage 124.00;
	from load:85;
	to load:86;
	length 210.063280931129;
	configuration line_configuration:669;
}

// overhead_line: BRIA884062
object overhead_line:1079 {
	phases "BN";
        nominal_voltage 124.00;
	from load:86;
	to load:87;
	length 186.287536053807;
	configuration line_configuration:669;
}

// overhead_line: BRIA884065
object overhead_line:1080 {
	phases "BN";
        nominal_voltage 124.00;
	from load:87;
	to load:88;
	length 105.879868950885;
	configuration line_configuration:669;
}

// overhead_line: BRIA884068
object overhead_line:1081 {
	phases "BN";
        nominal_voltage 124.00;
	from load:85;
	to load:89;
	length 183.277627983408;
	configuration line_configuration:669;
}

// overhead_line: BRIA884070
object overhead_line:1082 {
	phases "BN";
        nominal_voltage 124.00;
	from load:89;
	to load:83;
	length 230.34861676801;
	configuration line_configuration:669;
}

// overhead_line: BRIA884072
object overhead_line:1083 {
	phases "BN";
        nominal_voltage 124.00;
	from load:83;
	to load:90;
	length 305.953113793464;
	configuration line_configuration:669;
}

// overhead_line: BRIA884075
object overhead_line:1084 {
	phases "BN";
        nominal_voltage 124.00;
	from load:90;
	to load:91;
	length 126.628492707558;
	configuration line_configuration:669;
}

// overhead_line: BRIA8840869
object overhead_line:1085 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:511;
	to load:249;
	length 120.616346819119;
	configuration line_configuration:684;
}

// overhead_line: BRIA925602
object overhead_line:1086 {
	phases "AN";
        nominal_voltage 124.00;
	from load:132;
	to load:93;
	length 124.563228249771;
	configuration line_configuration:691;
}

// overhead_line: BRIA925604
object overhead_line:1087 {
	phases "AN";
        nominal_voltage 124.00;
	from load:93;
	to load:94;
	length 131.037848520928;
	configuration line_configuration:691;
}

// overhead_line: BRIA925606
object overhead_line:1088 {
	phases "AN";
        nominal_voltage 124.00;
	from load:131;
	to load:95;
	length 124.985509868081;
	configuration line_configuration:652;
}

// overhead_line: BRIA925608
object overhead_line:1089 {
	phases "AN";
        nominal_voltage 124.00;
	from load:95;
	to load:96;
	length 133.372622846714;
	configuration line_configuration:652;
}

// overhead_line: BRIA925612
object overhead_line:1090 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:124;
	to load:118;
	length 103.726574193921;
	configuration line_configuration:687;
}

// overhead_line: BRIA925614
object overhead_line:1091 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:97;
	to node:98;
	length 168.925268521348;
	configuration line_configuration:687;
}

// overhead_line: BRIA926248
object overhead_line:1092 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:150;
	to load:419;
	length 488.42010285433;
	configuration line_configuration:665;
}

// overhead_line: BRIA926249
object overhead_line:1093 {
	phases "CN";
        nominal_voltage 124.00;
	from load:150;
	to load:209;
	length 4.41163665777734;
	configuration line_configuration:658;
}

// overhead_line: BRIA926251
object overhead_line:1094 {
	phases "CN";
        nominal_voltage 124.00;
	from load:149;
	to load:210;
	length 5.10420140667724;
	configuration line_configuration:685;
}

// overhead_line: BRIA926253
object overhead_line:1095 {
	phases "CN";
        nominal_voltage 124.00;
	from load:210;
	to load:152;
	length 272.295814790352;
	configuration line_configuration:667;
}

// overhead_line: BRIA926255
object overhead_line:1096 {
	phases "CN";
        nominal_voltage 124.00;
	from load:152;
	to node:461;
	length 146.557228446772;
	configuration line_configuration:698;
}

// overhead_line: BRIA926260
object overhead_line:1097 {
	phases "CN";
        nominal_voltage 124.00;
	from load:154;
	to load:153;
	length 185.91016636658;
	configuration line_configuration:698;
}

// overhead_line: BRIA926263
object overhead_line:1098 {
	phases "CN";
        nominal_voltage 124.00;
	from load:203;
	to load:154;
	length 244.493315704902;
	configuration line_configuration:698;
}

// overhead_line: BRIA926267
object overhead_line:1099 {
	phases "CN";
        nominal_voltage 124.00;
	from load:155;
	to node:446;
	length 305.791921572419;
	configuration line_configuration:698;
}

// overhead_line: BRIA926270
object overhead_line:1100 {
	phases "CN";
        nominal_voltage 124.00;
	from load:155;
	to load:156;
	length 224.060959627455;
	configuration line_configuration:698;
}

// overhead_line: BRIA926273
object overhead_line:1101 {
	phases "CN";
        nominal_voltage 124.00;
	from load:156;
	to load:157;
	length 237.370789266529;
	configuration line_configuration:698;
}

// overhead_line: BRIA926276
object overhead_line:1102 {
	phases "CN";
        nominal_voltage 124.00;
	from load:145;
	to load:212;
	length 2.2413203696412;
	configuration line_configuration:685;
}

// overhead_line: BRIA926277
object overhead_line:1103 {
	phases "CN";
        nominal_voltage 124.00;
	from load:212;
	to load:158;
	length 126.092444871916;
	configuration line_configuration:698;
}

// overhead_line: BRIA926279
object overhead_line:1104 {
	phases "CN";
        nominal_voltage 124.00;
	from load:158;
	to load:159;
	length 200.864053523081;
	configuration line_configuration:698;
}

// overhead_line: BRIA926282
object overhead_line:1105 {
	phases "CN";
        nominal_voltage 124.00;
	from load:159;
	to load:155;
	length 172.523854518716;
	configuration line_configuration:698;
}

// overhead_line: BRIA926283
object overhead_line:1106 {
	phases "CN";
        nominal_voltage 124.00;
	from load:142;
	to load:214;
	length 6.95323989234706;
	configuration line_configuration:685;
}

// overhead_line: BRIA926285
object overhead_line:1107 {
	phases "CN";
        nominal_voltage 124.00;
	from load:214;
	to load:160;
	length 265.170938030676;
	configuration line_configuration:705;
}

// overhead_line: BRIA926287
object overhead_line:1108 {
	phases "CN";
        nominal_voltage 124.00;
	from load:139;
	to load:215;
	length 4.40318543784674;
	configuration line_configuration:658;
}

// overhead_line: BRIA926289
object overhead_line:1109 {
	phases "CN";
        nominal_voltage 124.00;
	from load:143;
	to load:213;
	length 19.8597281199882;
	configuration line_configuration:658;
}

// overhead_line: BRIA926291
object overhead_line:1110 {
	phases "CN";
        nominal_voltage 124.00;
	from load:162;
	to load:163;
	length 135.082589718283;
	configuration line_configuration:658;
}

// overhead_line: BRIA926293
object overhead_line:1111 {
	phases "CN";
        nominal_voltage 124.00;
	from load:163;
	to load:164;
	length 123.172128227129;
	configuration line_configuration:658;
}

// overhead_line: BRIA926295
object overhead_line:1112 {
	phases "CN";
        nominal_voltage 124.00;
	from load:164;
	to load:165;
	length 103.240601509323;
	configuration line_configuration:658;
}

// overhead_line: BRIA926297
object overhead_line:1113 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:301;
	to load:430;
	length 184.901424285292;
	configuration line_configuration:654;
}

// overhead_line: BRIA926299
object overhead_line:1114 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:166;
	to load:167;
	length 159.992741060415;
	configuration line_configuration:654;
}

// overhead_line: BRIA926301
object overhead_line:1115 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:167;
	to load:168;
	length 204.908024401189;
	configuration line_configuration:654;
}

// overhead_line: BRIA926303
object overhead_line:1116 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:168;
	to node:169;
	length 76.5944694086739;
	configuration line_configuration:654;
}

// overhead_line: BRIA926304
object overhead_line:1117 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:169;
	to node:170;
	length 224.657625808694;
	configuration line_configuration:654;
}

// overhead_line: BRIA926305
object overhead_line:1118 {
	phases "AN";
        nominal_voltage 124.00;
	from node:170;
	to load:205;
	length 10.9967803015099;
	configuration line_configuration:652;
}

// overhead_line: BRIA926307
object overhead_line:1119 {
	phases "AN";
        nominal_voltage 124.00;
	from load:205;
	to load:171;
	length 266.886854437719;
	configuration line_configuration:668;
}

// overhead_line: BRIA926309
object overhead_line:1120 {
	phases "BN";
        nominal_voltage 124.00;
	from node:170;
	to load:206;
	length 8.30433916700386;
	configuration line_configuration:675;
}

// overhead_line: BRIA926311
object overhead_line:1121 {
	phases "BN";
        nominal_voltage 124.00;
	from load:206;
	to load:172;
	length 248.590072737923;
	configuration line_configuration:669;
}

// overhead_line: BRIA926313
object overhead_line:1122 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:169;
	to node:207;
	length 18.3205978069053;
	configuration line_configuration:654;
}

// overhead_line: BRIA926315
object overhead_line:1123 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:207;
	to load:173;
	length 37.8369235725561;
	configuration line_configuration:671;
}

// overhead_line: BRIA926316
object overhead_line:1124 {
	phases "CN";
        nominal_voltage 124.00;
	from load:173;
	to load:174;
	length 385.498054975005;
	configuration line_configuration:667;
}

// overhead_line: BRIA926320
object overhead_line:1125 {
	phases "CN";
        nominal_voltage 124.00;
	from load:174;
	to load:175;
	length 145.012193939849;
	configuration line_configuration:667;
}

// overhead_line: BRIA926323
object overhead_line:1126 {
	phases "BN";
        nominal_voltage 124.00;
	from load:166;
	to node:208;
	length 15.6206082469024;
	configuration line_configuration:675;
}

// overhead_line: BRIA926326
object overhead_line:1127 {
	phases "BN";
        nominal_voltage 124.00;
	from node:208;
	to load:438;
	length 38.5450606359139;
	configuration line_configuration:669;
}

// overhead_line: BRIA926332
object overhead_line:1128 {
	phases "BN";
        nominal_voltage 124.00;
	from load:176;
	to load:441;
	length 530.847824166709;
	configuration line_configuration:679;
}

// overhead_line: BRIA926334
object overhead_line:1129 {
	phases "BN";
        nominal_voltage 124.00;
	from load:250;
	to load:176;
	length 318.696046160516;
	configuration line_configuration:679;
}

// overhead_line: BRIA926335
object overhead_line:1130 {
	phases "CN";
        nominal_voltage 124.00;
	from load:251;
	to load:425;
	length 5.37554778607147;
	configuration line_configuration:667;
}

// overhead_line: BRIA926339
object overhead_line:1131 {
	phases "CN";
        nominal_voltage 124.00;
	from load:147;
	to node:211;
	length 5.09572575784601;
	configuration line_configuration:658;
}

// overhead_line: BRIA926340
object overhead_line:1132 {
	phases "CN";
        nominal_voltage 124.00;
	from load:178;
	to load:179;
	length 147.429083406205;
	configuration line_configuration:658;
}

// overhead_line: BRIA926342
object overhead_line:1133 {
	phases "CN";
        nominal_voltage 124.00;
	from load:178;
	to load:180;
	length 130.789872104052;
	configuration line_configuration:658;
}

// overhead_line: BRIA926344
object overhead_line:1134 {
	phases "CN";
        nominal_voltage 124.00;
	from load:180;
	to load:181;
	length 123.841496538892;
	configuration line_configuration:658;
}

// overhead_line: BRIA926346
object overhead_line:1135 {
	phases "CN";
        nominal_voltage 124.00;
	from load:181;
	to load:182;
	length 124.560010854204;
	configuration line_configuration:658;
}

// overhead_line: BRIA926348
object overhead_line:1136 {
	phases "CN";
        nominal_voltage 124.00;
	from load:182;
	to load:183;
	length 180.780189251965;
	configuration line_configuration:658;
}

// overhead_line: BRIA926350
object overhead_line:1137 {
	phases "CN";
        nominal_voltage 124.00;
	from load:182;
	to load:184;
	length 141.100388450927;
	configuration line_configuration:658;
}

// overhead_line: BRIA926352
object overhead_line:1138 {
	phases "CN";
        nominal_voltage 124.00;
	from load:184;
	to load:185;
	length 131.007984569618;
	configuration line_configuration:658;
}

// overhead_line: BRIA926353
object overhead_line:1139 {
	phases "CN";
        nominal_voltage 124.00;
	from load:185;
	to load:186;
	length 131.906215729208;
	configuration line_configuration:658;
}

// overhead_line: BRIA926355
object overhead_line:1140 {
	phases "CN";
        nominal_voltage 124.00;
	from load:185;
	to load:187;
	length 105.640517913382;
	configuration line_configuration:658;
}

// overhead_line: BRIA926357
object overhead_line:1141 {
	phases "CN";
        nominal_voltage 124.00;
	from load:187;
	to load:188;
	length 96.9391513321841;
	configuration line_configuration:658;
}

// overhead_line: BRIA926359
object overhead_line:1142 {
	phases "CN";
        nominal_voltage 124.00;
	from load:188;
	to load:498;
	length 86.5432466457995;
	configuration line_configuration:658;
}

// overhead_line: BRIA926361
object overhead_line:1143 {
	phases "CN";
        nominal_voltage 124.00;
	from load:189;
	to load:190;
	length 171.350717503591;
	configuration line_configuration:658;
}

// overhead_line: BRIA926363
object overhead_line:1144 {
	phases "CN";
        nominal_voltage 124.00;
	from load:190;
	to load:191;
	length 107.711958351786;
	configuration line_configuration:658;
}

// overhead_line: BRIA926365
object overhead_line:1145 {
	phases "CN";
        nominal_voltage 124.00;
	from load:191;
	to load:192;
	length 131.926582385788;
	configuration line_configuration:658;
}

// overhead_line: BRIA926367
object overhead_line:1146 {
	phases "CN";
        nominal_voltage 124.00;
	from load:192;
	to load:193;
	length 134.306780726086;
	configuration line_configuration:658;
}

// overhead_line: BRIA926369
object overhead_line:1147 {
	phases "CN";
        nominal_voltage 124.00;
	from load:190;
	to load:203;
	length 7.08735620662641;
	configuration line_configuration:658;
}

// overhead_line: BRIA926375
object overhead_line:1148 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:194;
	to node:488;
	length 11.0174400384495;
	configuration line_configuration:694;
}

// overhead_line: BRIA926379
object overhead_line:1149 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:195;
	to load:194;
	length 58.4497662698086;
	configuration line_configuration:694;
}

// overhead_line: BRIA926382
object overhead_line:1150 {
	phases "CN";
        nominal_voltage 124.00;
	from node:196;
	to load:197;
	length 28.2740479238413;
	configuration line_configuration:658;
}

// overhead_line: BRIA926383
object overhead_line:1151 {
	phases "CN";
        nominal_voltage 124.00;
	from load:197;
	to load:198;
	length 141.414138506594;
	configuration line_configuration:658;
}

// overhead_line: BRIA926399
object overhead_line:1152 {
	phases "AN";
        nominal_voltage 124.00;
	from load:200;
	to load:127;
	length 178.401335102196;
	configuration line_configuration:652;
}

// overhead_line: BRIA926403
object overhead_line:1153 {
	phases "AN";
        nominal_voltage 124.00;
	from load:202;
	to load:126;
	length 161.815536191604;
	configuration line_configuration:689;
}

// overhead_line: BRIA926407
object overhead_line:1154 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:204;
	to load:140;
	length 278.90956534133;
	configuration line_configuration:671;
}

// overhead_line: BRIA926417
object overhead_line:1155 {
	phases "CN";
        nominal_voltage 124.00;
	from load:209;
	to load:151;
	length 353.960161319038;
	configuration line_configuration:658;
}

// overhead_line: BRIA926421
object overhead_line:1156 {
	phases "CN";
        nominal_voltage 124.00;
	from node:211;
	to load:178;
	length 145.265652058798;
	configuration line_configuration:658;
}

// overhead_line: BRIA926425
object overhead_line:1157 {
	phases "CN";
        nominal_voltage 124.00;
	from load:213;
	to load:162;
	length 125.958781004151;
	configuration line_configuration:658;
}

// overhead_line: BRIA926429
object overhead_line:1158 {
	phases "CN";
        nominal_voltage 124.00;
	from load:215;
	to load:161;
	length 310.861394526681;
	configuration line_configuration:658;
}

// overhead_line: BRIA926565
object overhead_line:1159 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:217;
	to node:136;
	length 85.9167745320463;
	configuration line_configuration:665;
}

// overhead_line: BRIA926567
object overhead_line:1160 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:218;
	to load:217;
	length 103.597966220307;
	configuration line_configuration:665;
}

// overhead_line: BRIA926568
object overhead_line:1161 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:219;
	to load:218;
	length 151.013393902815;
	configuration line_configuration:665;
}

// overhead_line: BRIA926572
object overhead_line:1162 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:218;
	to load:220;
	length 253.841324604663;
	configuration line_configuration:665;
}

// overhead_line: BRIA926574
object overhead_line:1163 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:220;
	to load:221;
	length 211.075110358852;
	configuration line_configuration:665;
}

// overhead_line: BRIA926576
object overhead_line:1164 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:221;
	to node:222;
	length 127.00236067094;
	configuration line_configuration:665;
}

// overhead_line: BRIA926577
object overhead_line:1165 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:222;
	to load:404;
	length 147.651162003552;
	configuration line_configuration:665;
}

// overhead_line: BRIA926578
object overhead_line:1166 {
	phases "CN";
        nominal_voltage 124.00;
	from node:222;
        to load:233;
	length 5.59127042818762;
	configuration line_configuration:658;
}

// overhead_line: BRIA926580
object overhead_line:1167 {
	phases "CN";
        nominal_voltage 124.00;
	from load:223;
	to load:224;
	length 79.9266787623494;
	configuration line_configuration:658;
}

// overhead_line: BRIA926582
object overhead_line:1168 {
	phases "CN";
        nominal_voltage 124.00;
	from load:224;
	to load:225;
	length 161.344542169824;
	configuration line_configuration:658;
}

// overhead_line: BRIA926585
object overhead_line:1169 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:226;
	to load:219;
	length 367.6;
	configuration line_configuration:665;
}

// overhead_line: BRIA926586
object overhead_line:1170 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:227;
	to load:226;
	length 193.025006475752;
	configuration line_configuration:665;
}

// overhead_line: BRIA926588
object overhead_line:1171 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:235;
	to load:227;
	length 440.042539177986;
	configuration line_configuration:665;
}

// overhead_line: BRIA926589
object overhead_line:1172 {
	phases "AN";
        nominal_voltage 124.00;
	from load:226;
	to load:234;
	length 17.7170467629239;
	configuration line_configuration:652;
}

// overhead_line: BRIA926591
object overhead_line:1173 {
	phases "AN";
        nominal_voltage 124.00;
	from load:229;
	to load:230;
	length 180.432138270883;
	configuration line_configuration:652;
}

// overhead_line: BRIA926593
object overhead_line:1174 {
	phases "CN";
        nominal_voltage 124.00;
	from load:226;
	to node:465;
	length 39.2712827649453;
	configuration line_configuration:658;
}

// overhead_line: BRIA926667
object overhead_line:1175 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:231;
	to node:228;
	length 470.694899804971;
	configuration line_configuration:696;
}

// overhead_line: BRIA926668
object overhead_line:1176 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:495;
	to node:231;
	length 237.219297225951;
	configuration line_configuration:696;
}

// overhead_line: BRIA926676
object overhead_line:1177 {
	phases "AN";
        nominal_voltage 124.00;
	from node:231;
	to load:429;
	length 4.07952766857342;
	configuration line_configuration:652;
}

// overhead_line: BRIA926736
object overhead_line:1178 {
	phases "CN";
        nominal_voltage 124.00;
	from load:233;
	to load:223;
	length 186.915414241032;
	configuration line_configuration:658;
}

// overhead_line: BRIA926741
object overhead_line:1179 {
	phases "AN";
        nominal_voltage 124.00;
	from load:234;
	to load:229;
	length 232.767342176654;
	configuration line_configuration:652;
}

// overhead_line: BRIA926743
object overhead_line:1180 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:228;
	to load:235;
	length 163.246354599434;
	configuration line_configuration:665;
}

// overhead_line: BRIA930217
object overhead_line:1181 {
	phases "BN";
        nominal_voltage 124.00;
	from load:194;
	to load:236;
	length 202.612530017361;
	configuration line_configuration:675;
}

// overhead_line: BRIA930219
object overhead_line:1182 {
	phases "BN";
        nominal_voltage 124.00;
	from load:236;
	to load:489;
	length 13.9137149962768;
	configuration line_configuration:675;
}

// overhead_line: BRIA930221
object overhead_line:1183 {
	phases "BN";
        nominal_voltage 124.00;
	from load:237;
	to load:238;
	length 164.928463286449;
	configuration line_configuration:675;
}

// overhead_line: BRIA930223
object overhead_line:1184 {
	phases "BN";
        nominal_voltage 124.00;
	from load:238;
	to load:239;
	length 172.118922312286;
	configuration line_configuration:675;
}

// overhead_line: BRIA930225
object overhead_line:1185 {
	phases "BN";
        nominal_voltage 124.00;
	from load:239;
	to load:240;
	length 156.822779317984;
	configuration line_configuration:675;
}

// overhead_line: BRIA930227
object overhead_line:1186 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:124;
	to load:241;
	length 135.053218491843;
	configuration line_configuration:694;
}

// overhead_line: BRIA930229
object overhead_line:1187 {
	phases "CN";
        nominal_voltage 124.00;
	from load:241;
	to load:290;
	length 14.8305103080986;
	configuration line_configuration:658;
}

// overhead_line: BRIA930234
object overhead_line:1188 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:297;
	to load:243;
	length 249.22365809465;
	configuration line_configuration:654;
}

// overhead_line: BRIA930236
object overhead_line:1189 {
	phases "AN";
        nominal_voltage 124.00;
	from node:298;
	to load:63;
	length 25.5786647610017;
	configuration line_configuration:668;
}

// overhead_line: BRIA930243
object overhead_line:1190 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:244;
	to load:60;
	length 128.280744751438;
	configuration line_configuration:665;
}

// overhead_line: BRIA930245
object overhead_line:1191 {
	phases "CN";
        nominal_voltage 124.00;
	from load:244;
	to load:299;
	length 18.9867229399552;
	configuration line_configuration:680;
}

// overhead_line: BRIA930268
object overhead_line:1192 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:173;
	to load:245;
	length 291.01110582341;
	configuration line_configuration:671;
}

// overhead_line: BRIA930271
object overhead_line:1193 {
	phases "BN";
        nominal_voltage 124.00;
	from load:438;
	to load:246;
	length 362.516468340451;
	configuration line_configuration:669;
}

// overhead_line: BRIA930274
object overhead_line:1194 {
	phases "BN";
        nominal_voltage 124.00;
	from load:246;
	to load:247;
	length 265.044067111169;
	configuration line_configuration:669;
}

// overhead_line: BRIA930277
object overhead_line:1195 {
	phases "BN";
        nominal_voltage 124.00;
	from load:247;
	to load:248;
	length 247.49738741973;
	configuration line_configuration:669;
}

// overhead_line: BRIA930280
object overhead_line:1196 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:419;
	to load:511;
	length 132.989063539134;
	configuration line_configuration:707;
}

// overhead_line: BRIA930287
object overhead_line:1197 {
	phases "BN";
        nominal_voltage 124.00;
	from load:424;
	to load:250;
	length 98.570279748834;
	configuration line_configuration:679;
}

// overhead_line: BRIA930288
object overhead_line:1198 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:251;
	to load:195;
	length 87.5338610710468;
	configuration line_configuration:694;
}

// overhead_line: BRIA930290
object overhead_line:1199 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:252;
	to load:251;
	length 195.017014685926;
	configuration line_configuration:694;
}

// overhead_line: BRIA930292
object overhead_line:1200 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:253;
	to load:252;
	length 110.192895492325;
	configuration line_configuration:694;
}

// overhead_line: BRIA930297
object overhead_line:1201 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:302;
	to load:303;
	length 149.772877467695;
	configuration line_configuration:694;
}

// overhead_line: BRIA930298
object overhead_line:1202 {
	phases "CN";
        nominal_voltage 124.00;
	from load:303;
	to load:291;
	length 14.9124855406968;
	configuration line_configuration:658;
}

// overhead_line: BRIA930300
object overhead_line:1203 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:303;
	to load:304;
	length 136.614882077379;
	configuration line_configuration:694;
}

// overhead_line: BRIA930302
object overhead_line:1204 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:304;
	to load:255;
	length 138.256612152845;
	configuration line_configuration:694;
}

// overhead_line: BRIA930305
object overhead_line:1205 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:255;
	to load:256;
	length 153.927943158569;
	configuration line_configuration:694;
}

// overhead_line: BRIA930307
object overhead_line:1206 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:256;
	to node:296;
	length 205.623416373099;
	configuration line_configuration:694;
}

// overhead_line: BRIA930308
object overhead_line:1207 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:296;
	to load:293;
	length 20.8738728557546;
	configuration line_configuration:694;
}

// overhead_line: BRIA930313
object overhead_line:1208 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:296;
	to node:416;
	length 131.207076897616;
	configuration line_configuration:694;
}

// overhead_line: BRIA930314
object overhead_line:1209 {
	phases "ABCN";
        nominal_voltage 124.00;
	from node:295;
	to load:297;
	length 22.6828491376916;
	configuration line_configuration:694;
}

// overhead_line: BRIA930315
object overhead_line:1210 {
	phases "CN";
        nominal_voltage 124.00;
	from load:255;
	to load:292;
	length 13.8345308557619;
	configuration line_configuration:658;
}

// overhead_line: BRIA930319
object overhead_line:1211 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:243;
	to load:258;
	length 204.174961474247;
	configuration line_configuration:665;
}

// overhead_line: BRIA930321
object overhead_line:1212 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:258;
	to load:420;
	length 30.8247359272877;
	configuration line_configuration:665;
}

// overhead_line: BRIA930323
object overhead_line:1213 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:259;
	to load:260;
	length 113.228477301329;
	configuration line_configuration:665;
}

// overhead_line: BRIA930325
object overhead_line:1214 {
	phases "ABCN";
        nominal_voltage 124.00;
	from load:260;
	to load:244;
	length 190.033658295169;
	configuration line_configuration:665;
}

// overhead_line: BRIA930327
object overhead_line:1215 {
	phases "CN";
        nominal_voltage 124.00;
	from load:299;
	to load:261;
	length 82.65403481292;
	configuration line_configuration:667;
}

// overhead_line: BRIA930330
object overhead_line:1216 {
	phases "CN";
        nominal_voltage 124.00;
	from load:261;
	to load:262;
	length 113.793587099525;
	configuration line_configuration:667;
}

// overhead_line: BRIA930333
object overhead_line:1217 {
	phases "CN";
        nominal_voltage 124.00;
	from load:262;
	to load:263;
	length 164.959521874537;
	configuration line_configuration:667;
}

// PV node
object node:1 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:2 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
}

// PV node
object node:3 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:5 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:39 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:40 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:46 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:51 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:53 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:55 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:61 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:62 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:72 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:81 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:92 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:98 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:108 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:115 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:125 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
}

// PV node
object node:133 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
}

// PV node
object node:136 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:137 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:141 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:169 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:170 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:196 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:207 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:208 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:211 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:222 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:228 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:231 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:266 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:295 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:296 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:298 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
}

// PV node
object node:307 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:332 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:357 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:365 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:398 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:399 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:400 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:401 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:402 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:406 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:410 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:416 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:417 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
}

// PV node
object node:418 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:422 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:423 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:431 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:432 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:439 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:445 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
}

// PV node
object node:446 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:447 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:448 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:449 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:452 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:461 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:465 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:466 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:471 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:475 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:476 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
}

// PV node
object node:486 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
}

// PV node
object node:488 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:495 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:496 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PV node
object node:500 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
}

// PQ load
object load:409 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:309 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:499 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:310 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:311 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:312 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:313 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:314 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:315 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:316 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:317 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:335 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:319 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:320 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:321 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:323 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:494 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:324 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:482 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:326 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:327 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:328 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:329 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:341 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:331 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:333 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:308 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:334 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:407 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:336 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:318 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:337 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:322 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:338 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:330 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:339 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:340 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:282 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:283 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:284 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:285 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:286 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:287 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:288 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:289 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:306 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:253 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:290 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:242 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:292 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:257 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:300 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:280 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:404 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:405 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:408 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:343 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:342 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:345 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:346 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:347 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:344 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:348 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:349 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:350 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:351 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:352 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:353 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:354 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:355 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:358 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:359 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:356 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:360 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:361 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:362 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:363 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:364 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:367 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:366 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:368 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:369 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:370 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:371 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:372 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:373 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:374 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:375 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	constant_power_C 0+0j;
	}

// PQ load
object load:376 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:377 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:378 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:379 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:380 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:381 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:382 {
	phases "BCN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_B 0+0j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:383 {
	phases "BCN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_B 0+0j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:384 {
	phases "BCN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 0+0j;
	}

// PQ load
object load:385 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:386 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:387 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:388 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:389 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:390 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:391 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:392 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:393 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:394 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:395 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:396 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:397 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:291 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:254 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:49 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:6 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:7 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:8 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 16.1157759146219+2.12759997840573j;
	}

// PQ load
object load:9 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 16.1157759146219+2.12759997840573j;
	}

// PQ load
object load:10 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 16.1157759146219+2.12759997840573j;
	}

// PQ load
object load:11 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 16.1157759146219+2.12759997840573j;
	}

// PQ load
object load:52 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:13 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:14 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:15 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:16 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:17 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:19 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:468 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:56 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:21 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:20 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:22 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:23 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:24 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:25 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:27 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:28 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:483 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:484 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:29 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:30 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:31 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:32 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:33 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:34 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:35 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:36 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:37 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:38 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:41 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:42 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:18 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.11034618929737+0.203718916995271j;
	constant_power_C 0+0j;
	}

// PQ load
object load:43 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 0+0j;
	}

// PQ load
object load:44 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 0+0j;
	}

// PQ load
object load:54 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:57 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:26 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:58 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:12 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:59 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:48 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:436 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:60 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:4 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:412 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:411 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:413 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:414 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:469 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:293 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:415 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:241 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:302 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 0+0j;
	}

// PQ load
object load:420 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:493 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:425 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:177 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:426 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:132 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:428 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:433 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:429 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:232 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:430 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:166 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:427 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 12.0868319359664+1.59569998380429j;
	}

// PQ load
object load:434 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:101 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:435 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:45 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:155 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 14.2537956455957+2.34556109310795j;
	}

// PQ load
object load:437 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:277 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:440 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:444 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:77 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:443 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:78 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:451 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:450 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:454 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:453 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:455 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:456 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:457 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:458 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:459 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:460 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:462 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:463 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:464 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:473 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:421 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:474 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:470 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:472 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:477 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:281 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:481 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:480 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:478 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:479 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:325 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:485 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:487 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:489 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:237 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:490 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:47 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:491 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 16.1157759146219+2.12759997840573j;
	constant_power_B 11.1034618929737+2.03718916995271j;
	constant_power_C 14.2537956455957+2.34556109310795j;
	}

// PQ load
object load:492 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 16.1157759146219+2.12759997840573j;
	constant_power_B 11.1034618929737+2.03718916995271j;
	constant_power_C 14.2537956455957+2.34556109310795j;
	}

// PQ load
object load:259 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:497 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:189 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:498 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:501 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:502 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:503 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:504 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:506 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:505 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:507 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:508 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:509 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:510 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:63 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:64 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:294 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:65 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:66 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:67 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:120 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:68 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:69 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:70 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:71 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:467 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:73 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 26.9133457774186+3.55309196393757j;
	constant_power_B 18.5427813612662+3.40210591382102j;
	constant_power_C 23.8038387281449+3.91708702549028j;
	}

// PQ load
object load:442 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 26.9133457774186+3.55309196393757j;
	constant_power_B 18.5427813612662+3.40210591382102j;
	constant_power_C 23.8038387281449+3.91708702549028j;
	}

// PQ load
object load:82 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:74 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:80 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:75 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:76 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:79 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:50 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:84 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	}

// PQ load
object load:85 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:86 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:87 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:88 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:89 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:83 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:90 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:91 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:93 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:94 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:131 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:95 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:96 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	}

// PQ load
object load:119 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:99 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:100 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:102 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:103 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:104 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:105 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:122 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:116 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:109 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:110 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:111 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:112 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:113 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:114 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:107 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:199 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:117 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:118 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	constant_power_C 0+0j;
	}

// PQ load
object load:97 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	constant_power_C 0+0j;
	}

// PQ load
object load:121 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:123 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:106 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:126 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:403 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:201 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:128 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:129 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:130 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	}

// PQ load
object load:134 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:135 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	}

// PQ load
object load:138 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:139 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:216 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:204 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:142 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:143 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:144 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:145 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:146 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:147 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:148 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:149 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:150 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:210 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:152 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:154 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:153 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:203 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:156 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:157 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:212 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:158 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:159 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:214 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:160 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:162 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:163 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:164 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:165 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:301 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:167 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:168 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:205 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:171 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:206 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:172 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:173 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:174 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:175 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:176 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 8.3275964197303+1.52789187746453j;
	}

// PQ load
object load:441 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:250 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:178 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:179 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:180 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:181 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:182 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:183 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:184 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:185 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:186 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:187 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:188 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:190 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:191 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:192 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:193 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:197 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:198 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:200 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:127 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:202 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:140 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:209 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:151 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:213 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:215 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:161 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:218 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:217 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:220 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:221 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:223 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:224 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:225 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:226 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:219 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:235 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:227 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:229 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 1.6115775914622+0.212759997840573j;
	}

// PQ load
object load:230 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 1.6115775914622+0.212759997840573j;
	}

// PQ load
object load:233 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:234 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 1.6115775914622+0.212759997840573j;
	}

// PQ load
object load:194 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.11034618929737+0.203718916995271j;
	constant_power_C 0+0j;
	}

// PQ load
object load:236 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 1.11034618929737+0.203718916995271j;
	}

// PQ load
object load:238 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	}

// PQ load
object load:239 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:240 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:124 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:297 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 2.13806934683936+0.351834163966192j;
	}

// PQ load
object load:243 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:245 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:438 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:246 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:247 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:248 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	}

// PQ load
object load:419 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:511 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:424 {
	phases "BN";
        nominal_voltage 124.00;
	voltage_B -62-107.38715006927j;
	constant_power_B 5.5517309464869+1.01859458497635j;
	}

// PQ load
object load:251 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:195 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:252 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 2.41736638719329+0.31913999676086j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:303 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 0+0j;
	}

// PQ load
object load:304 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:255 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 0+0j;
	}

// PQ load
object load:256 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 4.16379820986516+0.763945938732265j;
	constant_power_C 0+0j;
	}

// PQ load
object load:258 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 0+0j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:260 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:244 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 1.66551928394607+0.305578375492906j;
	constant_power_C 0+0j;
	}

// PQ load
object load:299 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:261 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:262 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:263 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 10.6903467341968+1.75917081983096j;
	}

// PQ load
object load:264 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:265 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:267 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	constant_power_B 0+0j;
	constant_power_C 0+0j;
	}

// PQ load
object load:268 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 4.02894397865548+0.53189999460143j;
	constant_power_B 0+0j;
	constant_power_C 3.56344891139893+0.586390273276985j;
	}

// PQ load
object load:269 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_C -62+107.38715006927j;
	constant_power_A 6.04341596798325+0.79784999190215j;
	constant_power_C 0+0j;
	}

// PQ load
object load:270 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_C 5.3451733670984+0.87958540991548j;
	}

// PQ load
object load:271 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:272 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:273 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:274 {
	phases "AN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	constant_power_A 8.05788795731095+1.06379998920286j;
	}

// PQ load
object load:275 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:276 {
	phases "ACN";
        nominal_voltage 124.00;
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:278 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:279 {
	phases "CN";
        nominal_voltage 124.00;
	voltage_C -62+107.38715006927j;
	constant_power_C 7.12689782279785+1.17278054655397j;
	}

// PQ load
object load:249 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}

// PQ load
object load:305 {
	phases "ABCN";
        nominal_voltage 124.00;
	voltage_A 124.0+0.0j;
	voltage_B -62-107.38715006927j;
	voltage_C -62+107.38715006927j;
	constant_power_A 0+0j;
	constant_power_B 2.77586547324344+0.509297292488175j;
	constant_power_C 0+0j;
	}