SVC Simulation in Modern Power Systems

In modern power systems, power quality issues have become increasingly critical, with reactive power compensation being one of the effective solutions. Static Var Compensator (SVC) has gained widespread application in electrical power systems. SVC regulates voltage and current parameters by controlling reactive power injection or absorption, thereby adjusting grid voltage and enhancing power quality. The simulation package includes MATLAB/Simulink implementations featuring: - Thyristor-controlled reactor (TCR) and thyristor-switched capacitor (TSC) models - Voltage regulation algorithms using PI controllers with anti-windup protection - Power flow analysis modules for system performance evaluation - Real-time monitoring functions for voltage stability and harmonic distortion analysis Key implementation aspects: - Uses switching logic based on voltage threshold comparisons - Implements firing angle control for thyristors using synchronization pulses - Includes protection circuits for overcurrent and overvoltage conditions - Features configurable parameters for different grid scenarios To deeply understand SVC simulation techniques, download our simulation package containing fully documented code with practical application examples and performance validation tests.