Abstract

This paper takes energy saving as the reference point. The distributed energy system is based on the principle of energy “stepped utilization”, where the power generation system is built at the end of the customer to meet the customer’s cooling and heating load, and the energy of different temperatures is utilized according to the temperature matching principle to improve the utilization rate of primary energy. The system is optimised from the perspectives of reliability and economy of operation of the multi-energy complementary distributed energy system, and is analysed using an improved particle swarm optimisation algorithm. The system is optimised to meet the needs of customers in terms of electricity, cooling and heating, while optimising the reliability of the energy system and optimising the environmental and economic aspects of the distributed energy system to maximise the energy efficiency and economic benefits of the system.

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