Explore MATLAB source code curated for "仿真模型" with clean implementations, documentation, and examples.
Implementation of an MPPT simulation model using the hill climbing algorithm in MATLAB's Simulink environment, featuring parameter configuration for solar irradiance and battery voltage with real-time performance monitoring.
Two simulation models for three-level SVPWM implementation with detailed algorithm analysis
This is a pre-compiled simulation model for "Noise Frequency Modulation Signals" that can be executed directly for analysis and evaluation.
Simulation model for photovoltaic cells and maximum power point tracking (MPPT) implementation using the Perturb and Observe algorithm with embedded code-level descriptions
MATLAB-based simulation model for active power filter, with somewhat disorganized structure but includes key implementation aspects
A simulation model for three-level Space Vector Pulse Width Modulation (SVPWM) with code implementation details
A Bluetooth frequency modulation system simulation model that is highly beneficial for learning MATLAB/Simulink, with implementation insights on modulation schemes and parameter configuration
This study develops a MATLAB/Simulink simulation model to analyze the distribution of local maximum power points in photovoltaic cells under partial shading conditions. The implementation involves creating an equivalent mathematical model of photovoltaic cells using Simulink blocks and custom MATLAB functions. The research investigates the hot-spot effects caused by shading, theoretically and experimentally validating how bypass diodes cause multiple knees in V-I characteristics and multiple peaks in V-P curves. Key algorithms include maximum power point tracking (MPPT) analysis and partial shading pattern recognition. The study focuses on predicting local maximum power point distributions under shaded conditions through derived equations, with simulation validation using PV array configurations and shading scenarios.
Doubly-fed wind power generation system simulation model utilizing back-to-back PWM modulation technique for power control.
A comprehensive Simulink simulation model for doubly-fed induction generator wind turbines featuring clearly documented computational steps and pre-configured settings for immediate execution, with enhanced descriptions of model architecture and control algorithms.