Evaluation Method of Multi-energy Sustainable Development Potential Based on Distributed Model

Distributed power equipment is a type of power supply equipment that is completely based on the idea of energy cascade utilization. To address electricity and environmental issues, it is necessary to sustainably increase the allocated resources. Starting from the basic elements and operational needs of distributed distribution networks, this article constructs a set of comparative indicators for their power efficiency. And guiding planning and architectural tips were proposed when evaluating the effectiveness of existing distribution networks. The experimental results show that compared with typical intensity systems, the multi-intensity mechanical system based solely on the allocation of human body models reduces gasoline consumption by 17.2%. The operating cost of a multi-motor system based solely on the allocation of human models is reduced by 17.5% compared to a regular force system. And the initial investment cost of a multi-power device mainly based on the allocated body model is 1.83 times that of a regular force system. Compared with conventional power systems, the carbon dioxide emissions of multi-intensity small tools based solely on human models have been reduced by 15.98%. The experimental results confirm the effectiveness of this method.