Abstract: In light of the carbon peaking and carbon neutrality goals. This paper takes the integrated energy system management and control platform of an agricultural ecological park as a case study to illustrate the overall configuration of the integrated energy system of the agricultural ecological park. It also presents an overview of the design and development of the equipment sensing layer, communication transmission layer, and application layer of the management and control platform. Finally, it outlines the benefits that the park has gained from the implementation of the management and control platform. The deployment of the management and control platform has the dual benefit of enhancing operational efficiency and economic and social benefits within the park, while simultaneously providing a theoretical foundation and technical support for the intelligent development of the ecological park. Furthermore, it offers a novel solution for the realization of agricultural electrification and automation.