Explore MATLAB source code curated for "有源电力滤波器" with clean implementations, documentation, and examples.
MATLAB Simulink simulation of a three-level active power filter (APF) implementing instantaneous reactive power algorithm and phase-locked loop (PLL) with SPWM-controlled IGBT switching, featuring stable performance and successful product realization.
MATLAB-based simulation model for active power filter, with somewhat disorganized structure but includes key implementation aspects
A Simulink model of an active power filter implementing instantaneous reactive power theory, designed to effectively eliminate power supply harmonics and reactive currents through strategic control algorithms.
MATLAB Simulation of Deadbeat Control for Shunt-Connected Voltage Source Active Power Filters Using Linear Prediction Algorithm for Harmonic Current Tracking
An active power filter implementation built in MATLAB Simulink using instantaneous reactive power theory for harmonic mitigation and reactive power compensation
Simulation and Analysis of Three-Level Dual-Circuit SPWM Active Power Filter with Code Implementation Details
Simulation Modeling of Single-Phase Hybrid Active Power Filters in MATLAB with Excellent Functional Performance, Featuring Parameter Optimization and Control Algorithm Implementation
Models applicable for active power filters, featuring current control using repetitive control algorithm
Simulink simulation model of an active power filter implementing fast harmonic current detection methodology
An active power filter implementation using hysteresis-based control, developed on the MATLAB Simulink platform for power quality improvement and harmonic compensation applications.