Dynamic Voltage Restorer and DSTATCOM Simulation Files with Implementation Details

This paper discusses simulation files for Dynamic Voltage Restorer (DVR) and DSTATCOM devices, which provide researchers with comprehensive tools to understand their operational principles and performance characteristics. Both DVR and DSTATCOM are essential components in power systems, serving critical roles in maintaining system stability and reliability. The simulation package includes detailed parameter configurations and operational conditions modeled through computational algorithms such as voltage sag detection routines, PWM control strategies, and reactive power compensation calculations. These files enable researchers to conduct various performance analyses and comparative experiments using built-in functions for harmonic analysis, voltage regulation tracking, and dynamic response evaluation. Through systematic investigation of these simulation models, researchers can effectively assess the advantages, limitations, and practical applications of these devices, thereby providing substantial support for power system improvement and optimization initiatives. The implementation includes MATLAB scripts for parameter tuning and Simulink blocks for real-time system interaction simulations.