Design of a virtual simulation teaching platform for integrated energy optimization and configuration of electric power based on data visualization

Due to the complex composition of the integrated power energy system, the construction of a virtual simulation teaching platform for the integrated power energy system can effectively assist the development of teaching work. Therefore, the design and research of the virtual simulation teaching platform for the optimal allocation of integrated power energy based on data visualization is proposed. In order to meet the visual processing requirements of multidimensional data in the teaching of integrated power energy optimization configuration, XW-ZRH0404 high-definition edge fusion processor is used as the hardware device, and MYC-L D25X core board is used as the core device of the platform; After building the model architecture of integrated power energy system from the four main parts of energy input, energy conversion, energy storage and energy output, the lightweight virtual DOM logic is used to conduct targeted visual processing of data. In the test results, the design platform realizes the effective modeling of the specific composition of the multisource power integrated energy system, and outputs the corresponding output curve in combination with the scene.