Power System Four-Machine Two-Area Model

This self-developed power system model contains four generators and two electrical areas, designed to simulate coordinated control of FACTS (Flexible AC Transmission Systems) devices. The primary objective of this system is to test FACTS device performance and control system reliability. During testing, we conduct simulations under various operating conditions to emulate different power load scenarios in real-world situations. The implementation involves configuring synchronous machine parameters (including inertia constants and damping coefficients), establishing tie-line connections between areas, and integrating FACTS control algorithms (such as STATCOM or SVC voltage regulation logic). Through these simulation experiments, we can better understand power system operational mechanisms and provide reference and support for actual power grid operations. Key functions include load-flow analysis, transient stability assessment, and coordinated controller response validation under fault conditions.