Small-Scale Microgrid Model with Wind and Solar Power Integration
A compact microgrid model incorporating wind turbines and photovoltaic cells for real-time operational monitoring and performance analysis
Power Flow Calculation for Studying Wind Turbine and Photovoltaic Battery Impacts on Distribution Networks
Power Flow Analysis Research on the Effects of Wind Turbines and Photovoltaic Cells on Distribution Grids with Implementation Methodologies
Wind Turbine Generator Modeling Based on Doubly-Fed Closed-Loop Control
Development of a wind turbine generator model utilizing doubly-fed closed-loop control for enhanced power generation efficiency and system stability
Integration of Wind Turbines and Photovoltaic Cells into Distribution Networks
Impacts and Implementation of Wind Turbine and Photovoltaic Integration in Power Distribution Systems
Wind Speed Simulation Model for Wind Turbines Based on Three-Phase Asynchronous Induction Generators
Wind speed simulation model designed for three-phase asynchronous induction generator-based wind turbines, incorporating performance prediction algorithms and aerodynamic modeling techniques
Three-Phase Voltage-Type Dual PWM Converter
This is a three-phase voltage-type dual PWM converter designed for wind turbine generator applications, featuring bidirectional power flow control and enhanced energy conversion efficiency.
Simulation Analysis of Wind Turbines Under Islanded Operation Conditions
A comprehensive MATLAB Simulink-based simulation study of practical wind turbines operating in islanded mode, including system modeling, performance evaluation, and optimization analysis.
Control System Simulation for Wind Turbines with Fuzzy and Variable Structure Control Integration
Simulation of wind turbine control systems integrating fuzzy logic and variable structure control to optimize turbine performance, featuring algorithm implementation and robustness enhancement strategies.
Wind Turbine Comparative Analysis: With and Without Active Stall Control
This research investigates wind turbine performance both with and without active stall control implementation. The simulation models were developed using MATLAB/Simulink's Wind Turbine Blockset, featuring rotor model integration through generated lookup tables for dynamic stall characteristic mapping.
Doubly-Fed Induction Generator Simulation with PQ Control
Simulation of doubly-fed wind turbine generator with active and reactive power (PQ) control strategy implementation