Voltage-Current Dual-Loop Controlled Inverter
Pre-configured voltage-current dual-loop controlled inverter with optimized parameters, featuring robust control algorithms and ready for implementation - welcome to download
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.
Control Model Simulation of Three-Phase Power Inverter and Grid-Connected Generation Methods
Control Model Simulation of Three-Phase Power Inverter and Grid-Connected Generation Methods with Algorithm Implementation Analysis
Closed-Loop Control of Capacitor Current and Load Voltage in SPWM Inverters
Implementation of closed-loop control for capacitor current and load voltage in SPWM inverters - a tuned solution with detailed code-related explanations for developers and researchers.
Solar Charge Controller MPPT Simulation Model
The simulation model comprises a photovoltaic array with inverter integration and Maximum Power Point Tracking (MPPT) functionality. Key components include: - Photovoltaic array simulation with MPPT-based boost DC-DC converter - MATLAB implementation files: initializempptrackiref.m and mpptrackiref.m - Simulink model: pv_boost_mpp_iref.mdl The system features MPPT algorithms for optimizing power extraction through DC-DC converter control.
Inverter VF Control Model with Optimized Parameters
The inverter VF control model has been completely debugged with all parameters fine-tuned for optimal performance
Voltage Closed-Loop Controlled Inverter with Additional Phase-Locked Loop Control Implementation
A robust demonstration of voltage closed-loop controlled inverter integrated with phase-locked loop control, featuring practical code implementation insights
Grid-Side Structure of PMSG: Inverter, PWM Generator, and Voltage Vector Control
The grid-side structure of PMSG comprises an inverter, PWM generator, and voltage vector control. It employs a dual closed-loop control strategy with an outer voltage loop and an inner current loop. For current controller design, the implementation requires achieving zero steady-state current error while ensuring minimal current overshoot during dynamic regulation in permanent magnet synchronous generator wind power systems.
Virtual Synchronous Generator Control Technology Simulation Source Code
Simulation source code implementing virtual synchronous generator control technology, which mimics synchronous generator characteristics for inverter control through algorithms like swing equation emulation and frequency droop control.
MATLAB-based Inverter Simulation Program with Open-Loop Control Implementation
MATLAB implementation of an inverter simulation system featuring open-loop control, circuit modeling, and electrical parameter analysis