Strategies for Real-Time Simulation of Central Solenoid ITER Power Supply Digital Twin

The International Thermonuclear Experimental Reactor (ITER) is a cutting-edge project that aims to develop sustainable energy source by harnessing the power of nuclear fusion. One key challenges in development ITER complex electrical grid required support its operations. To address this challenge, digital twin (DT) Central Solenoid (CS) Converter Power Supply has be developed, and real-time simulation strategies have been proposed monitor study performance grid. Real-time allow for continuous feedback on grid, enabling quick identification resolution issues. However, it not always possible perform easily simulator; therefore, specific implemented DT. This paper focuses decoupling lines explicit partitioning as solutions CS with two converter units (CUs), Organization (IO). As will shown later article, approach progressive applicable more multiple CUs. results concerning analyzed discussed terms performance.