Transient Simulation Program for Single Machine-Infinite Bus System in Power Systems
Power System Single Machine-Infinite Bus Generator Transient Simulation Program with Dynamic Modeling and Fault Analysis Capabilities
Simulation of Doubly-Fed Induction Generator System
A fully encapsulated simulation of doubly-fed induction generator systems with customizable parameter configurations, featuring modular code architecture for flexible wind turbine and grid integration studies.
Simulation of Double-Fed Wind Turbine Generators
Simulation of a double-fed wind turbine generator converting wind energy into 50Hz three-phase AC power with rotor-side converter control implementation
S-Function Modeling of Doubly-Fed Induction Generators for Wind Turbines
This MATLAB S-function implements a doubly-fed induction generator (DFIG) model specifically designed for wind power research. Unlike MATLAB's built-in DFIG model that combines generator, converter, and other components into a black-box system, this implementation uses S-functions to provide modular parameter customization for active and reactive power decoupling analysis. The model enables researchers to modify electrical parameters through S-function blocks and study generator dynamics without being constrained by pre-configured system-level limitations.
Tangent Approximation Method for Multi-Objective Reactive Power Optimization in IEEE 14-Bus Power System
Implementation of tangent approximation method to solve multi-objective reactive power optimization in IEEE 14-bus power system, optimizing generator reactive power output and minimizing network losses with detailed algorithm explanation.
Building Generator Simulation Models in SIMULINK
Developing Generator Simulation Models in SIMULINK Environment with Code-Enhanced Implementation Details