Simulation Model of Direct-Drive Wind Power Grid-Connected Inverter
This is a self-developed simulation model of a direct-drive wind power grid-connected inverter built using MATLAB, demonstrating excellent performance characteristics.
Z-Source Inverter Simulation Model
Simulation model demonstrating constant output characteristics despite varying input conditions in Z-source inverters, with circuit parameterization and dynamic analysis implementation.
Simulation Model of Inverter Based on VF Control
This model implements voltage and frequency stabilization control for inverters, utilizing constant voltage and frequency control methodology.
Photovoltaic Inverter Simulation Model
Simulation model of photovoltaic inverter including boost converter circuit and single-phase full-bridge inverter circuit with detailed implementation approach for power conversion control
Six-Degree-of-Freedom Ballistic Simulation Model
Development of a Six-Degree-of-Freedom Ballistic Simulation Model for Projectile Trajectory Analysis
Three-Phase Induction Motor Variable Frequency Speed Control Simulation Model
This is a variable frequency speed control simulation model for three-phase induction motors, implementing motor speed regulation through frequency conversion technology with PWM control implementation.
Three-Phase Inverter Simulation Model with MATLAB Implementation
MATLAB-based three-phase inverter simulation model built on mathematical formulations, featuring PWM control algorithms and power electronics components for simulation verification and system analysis
Three-Phase Voltage Source Rectifier (VSR) with Three-Level Control
Three-phase voltage source rectifier simulation model featuring three-level voltage control implementation (power_3levelVSC), including power electronics design and PWM modulation techniques.
PWM Rectifier Simulation Model
Self-built PWM rectifier simulation model for controlled rectification, featuring user-friendly implementation and robust performance analysis capabilities
DC Motor Control System Simulation Model with Optimized Performance and Algorithms
This DC motor control system simulation model demonstrates excellent performance through carefully implemented control algorithms and comprehensive testing methodologies.