以某能源站实际项目为案例，对地源热泵耦合蓄能水池承担基础负荷的分布式能源系统效率及经济性进行研究。通过计算机软件对末端冷热负荷进行逐时模拟，采用地源热泵＋蓄能水池承担基础负荷，耦合其他传统能源作为系统调峰和保障的运行方式，确定项目装机比例及计算系统的能源利用率和经济性。研究表明，能源站能源系统根据当地不同时段的能源价格，采用不同的能源组合形式，实现了项目经济、高效、环保运行。对于地源热泵耦合蓄能水池承担基础负荷的分布式能源系统，通过搭建智慧能源管理平台，实现多能协同、智能耦合的运行模式。分布式能源系统与传统能源供应系统相比，不仅可提高能源利用效率和系统经济性，也可提高可再生能源利用率。

In this paper, the efficiency and economy of the distributed energy system of the ground source heat pump coupled storage pool bearing the base load were studied by taking the actual project of some energy station as an example.The computer software is used to simulate the terminal cooling and heating load hourly, and the ground source heat pump and energy storage pool are used to undertake the base load, coupled with other traditional energy sources as the operation mode of peak adjustment and guarantee of the system, so as to determine the installed proportion of the project and calculate the energy efficiency and economy of the system.The research shows that the energy system of the energy station adopts different forms of energy mix according to the local energy prices at different times, which realizes the economic, efficient and environmental operation of the project.For the distributed energy system with the base load borne by the ground source heat pump coupled energy storage pool, the intelligent energy management platform is built to realize the operation mode of multi-energy collaboration and intelligent coupling. Compared with traditional energy supply system, distributed energy system can not only improve energy utilization efficiency and system economy, but also improve the utilization rate of renewable energy.