A Composite Microgrid Model with STATCOM Integration

This document presents a composite microgrid model with STATCOM (Static Synchronous Compensator) integration. The composite microgrid architecture incorporates multiple renewable energy sources, including solar and wind power generation systems. The implementation leverages STATCOM technology to actively regulate grid voltage and maintain frequency stability through reactive power compensation. The integration typically involves power electronic converters and control algorithms that monitor grid parameters in real-time and adjust STATCOM output accordingly. Key implementation aspects include: - Power flow management algorithms that coordinate between distributed energy resources - Voltage control loops using PI controllers to maintain stable bus voltages - Frequency stabilization mechanisms through active power balancing - Protection coordination schemes for fault ride-through capability This solution significantly enhances microgrid reliability and operational efficiency by providing dynamic voltage support and improving power quality. The model demonstrates promising potential for supporting future energy transition initiatives through its robust integration of renewable resources with advanced grid stabilization technology.