UPFC Simulation Program Implementation
MATLAB Applications in Power Systems with UPFC Simulation Program Implementation
Power Flow Analysis Package for Distribution Systems with MATLAB GUI
A MATLAB-based graphical user interface package for conducting comprehensive power flow analysis in distribution networks, featuring network modeling, parameter calculation, and visualization capabilities.
Tabu Search (TS) Algorithm for Reactive Power Optimization in Distribution Networks
Excellent research paper and corresponding source code on reactive power optimization planning in power system distribution networks. Reactive power optimization is an effective method to ensure safe and economical operation of distribution networks, serving as a crucial measure for reducing network losses and improving voltage quality. This study addresses the complex nonlinear combinatorial optimization problem of distribution system planning using Tabu Search algorithm with code implementation focusing on fixed shunt capacitor placement for reactive power compensation.
Long-term Optimal Dispatch of Hydropower Stations with Optimization Algorithms
Long-term optimal dispatch for hydropower stations aims to maximize total power generation over the scheduling period by rationally allocating monthly power discharge flows, while satisfying power system output requirements and downstream comprehensive water usage demands. This involves optimizing water resource utilization under given conditions including forecasted inflow hydrographs, downstream water demand curves, initial and terminal reservoir water levels. The implementation typically employs optimization algorithms like dynamic programming or genetic algorithms to solve the constrained maximization problem, where objective functions calculate energy output based on hydraulic relationships and system constraints.
Two-System Automatic Generation Control Diagram for Power Systems Created in Simulink
This practical MATLAB Simulink example demonstrates automatic generation control in power systems through two comprehensive system diagrams, featuring implementation details of control algorithms and modeling approaches.
Application of Constrained Particle Swarm Optimization in Reactive Power Optimization of Power Systems
Implementation of Constrained Particle Swarm Optimization for Reactive Power Optimization in Power Systems with Algorithmic Enhancements and Code Integration
Power System Load Flow Calculation
Power system load flow calculation with algorithmic approaches and computational methods
Analysis and Computation of IEEE 5-Bus Test Power System
In the analysis and computation of IEEE 5-bus test power systems, various network topologies and parameters are required. Prior to applying these parameters, significant time and effort are spent on data collection and organization. This process involves validating parameter consistency, handling different configurations programmatically, and preparing input files for power flow analysis algorithms.
MATPOWER: A MATLAB-Based Power System Power Flow Calculation and Optimization Tool
MATPOWER is a powerful MATLAB-based program for power system power flow calculation and optimization, offering comprehensive capabilities for electrical engineering applications.
Reactive Power Optimization Program for Power Systems Based on Genetic Algorithm
A genetic algorithm-based reactive power optimization program for power systems, designed to enhance power system optimization using standard MATLAB implementation with fitness functions, chromosome encoding, and crossover/mutation operations.