As the development direction of the next generation of naval ships, the ship integrated power system has attracted widespread attention around the world in recent years. Considering the important role of the ship's integrated power system in ship operation, as well as the strict requirements for reliability and safety in system performance, its control strategy must ensure that the system can meet a series of performance indicators and requirements during operation. This is essential to ensure that the system operates stably and effectively under different and even adverse conditions. Particularly when the ship's integrated power system is damaged by unknown faults or other reasons, corresponding reconstruction measures must be taken. This aspect cannot be ignored in system design. Otherwise, the normal operation of the system's power generation module or important loads may be compromised, potentially causing a chain reaction in other systems and leading to the collapse of the entire system.
