Multiperiod Optimal Power Flow (MPOPF)

Utilities

• MatPower Graph Display
• MatPower Description of Case Format

Introduction

Welcome to the MPOPF project. This Julia package provides tools for analyzing and optimizing power flow in electrical networks over multiple time periods.

ℹ️ Note:
For a more indepth description of the project please visit our Documentation

Features

• Support for AC and DC power flow models
• Multi-period optimization
• Uncertainty modeling
• Linearization techniques
• Local search optimization
• Feasibility checking

Design Diagram

classDiagram
         AbstractMPOPFModelFactory <|-- ACMPOPFModelFactory
         AbstractMPOPFModelFactory <|-- DCMPOPFModelFactory
   
         AbstractMPOPFModel <|-- MPOPFModel
         AbstractMPOPFModel <|-- MPOPFModelUncertainty
   
         AbstractMPOPFModelFactory : +create_model(factory AbstractMPOPFModelFactory, time_periods Int64, factors Vector~Float64~, ramping_cost Int64) MPOPFModel
         AbstractMPOPFModelFactory : +create_model(factory AbstractMPOPFModelFactory, scenarios Dict, time_periods Int64, factors Vector~Float64~, ramping_cost Int64) MPOPFModelUncertainty
         AbstractMPOPFModel : +optimize_model(model AbstractMPOPFModel)
   
         ACMPOPFModelFactory : +file_path String
         ACMPOPFModelFactory : +optimizer Type
         ACMPOPFModelFactory : +ACMPOPFModelFactory(file_path, optimizer)
   
         DCMPOPFModelFactory : +file_path String
         DCMPOPFModelFactory : +optimizer Type
         DCMPOPFModelFactory : +DCMPOPFModelFactory(file_path, optimizer)
   
         MPOPFModel : +model JuMP.Model
         MPOPFModel : +data Dict
         MPOPFModel : +time_periods Int64
         MPOPFModel : +factors Vector~Float64~
         MPOPFModel : +ramping_cost Int64
         MPOPFModel : +MPOPFModel(model, data, time_periods, factors, ramping_cost)
   
         MPOPFModelUncertainty : +model JuMP.Model
         MPOPFModelUncertainty : +data Dict
         MPOPFModelUncertainty : +scenarios Dict
         MPOPFModelUncertainty : +time_periods Int64
         MPOPFModelUncertainty : +factors Vector~Float64~
         MPOPFModelUncertainty : +ramping_cost Int64
         MPOPFModelUncertainty : +MPOPFModelUncertainty(model, data, scenarios, time_periods, factors, ramping cost)
   
         %% Operations
         class Operations {
           <<interface>>
           +set_model_variables!(AbstractMPOPFModel, AbstractMPOPFModelFactory)
           +set_model_objective_function!(AbstractMPOPFModel, AbstractMPOPFModelFactory)
           +set_model_constraints!(AbstractMPOPFModel, AbstractMPOPFModelFactory)
           +set_model_uncertainty_variables!(MPOPFModelUncertainty)
           +set_model_uncertainty_objective_function!(MPOPFModelUncertainty, AbstractMPOPFModelFactory)
           +set_model_uncertainty_constraints!(MPOPFModelUncertainty, AbstractMPOPFModelFactory)
         }
         AbstractMPOPFModelFactory --> Operations
         MPOPFModel --> Operations
         MPOPFModelUncertainty --> Operations

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