In order to further improve the synchronicity of stadium lighting, this paper puts forward a design and analysis model of lighting and control for large­scale stadium skating competition. In this paper, the development and mode analysis of lighting system based on micro­grid control are introduced. Then, in the process of analysis, the research model of circuit automatic control for micro­grid control is designed, and the algorithm is used to assist it. Finally, the simulation system is used to test the synchronization of the micro­grid controlled lighting system. The results show that virtual synchronous machine technology can significantly improve the coordination and synchronization of lighting system, and further reduce circuit failures, ensure the smooth lighting of stadiums, and have a good development prospects. 1. Takasaki M., Gibo N., Takenaka K. Control and protection scheme of HVDC system with self?commutated converter in system fault conditions. Electrical Engineering in Japan, 2016, V132, #2, pp.6–18.
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• micro­grid control
• stadium
• lighting
• control design
• system simulation