An Ultra-Lightweight Power Edge Intelligent Design Method

This paper first discusses the design requirements of the simulator, and determines the modular design idea based on discrete event-driven. Then, the overall structure of the software is expounded, the function definitions of each functional module are given, the functions of the test side equipment reporting the equipment data collection function, and the test side equipment issuing control commands, etc. Simulation, verification and testing functions of the industrial chain smart IoT system. The single-phase BoostPFC converter is preliminarily designed, and the BoostPFC converter is optimized by using the nonlinear programming technique. The nonlinear model is solved by a human-like intelligent control method. The experimental results show that the optimal design scheme achieves the optimization of the design objectives under the condition of satisfying various performance indicators.