Non-real-time simulation and stable control device combined simulation system, method and equipment

Abstract

This application relates to a co-simulation system, method, and device for non-real-time simulation and stability control devices. The system includes a ring-connected simulation layer, sampling and execution layer, and main control layer. This co-simulation system simulates AC and DC power grids of a power system using electromechanical and electromagnetic transient models in the simulation layer, maintaining the integrity of the power system. In the sampling and execution layer and the main control layer, stability control devices that are difficult to simulate in the power system are introduced in hardware, achieving co-simulation of electromechanical transients, electromagnetic transients, and stability control devices. This can more accurately reflect a series of responses and action sequences after a power system fault, thereby improving the accuracy of power grid safety and stability calculations. It solves the technical problem that existing power system simulation models do not include stability control system modeling, resulting in slow simulation speed and large deviations in simulation results for power system models with stability control.

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