Research on consumption reduction of air conditioning system ofcontainer energy storage power stations

In order to reduce the energy consumption of the air conditioning system of the container energy storage power station and improve the operation economy of the project, this paper proposes the consumption reduction measures for the air conditioning system of the centralized refrigeration stations coupled with water storage. Taking the A project in Shandong Haiyang with air-cooled cooling mode and the B project in Shandong Laicheng with liquid-cooled cooling mode as the research objects, this study theoretically calculates the energy saving and economic performance of the air conditioning system before and after optimization. The results show that the annual power consumption of the air conditioning system after optimization decreases by 53.83% and the power consumption during low electricity price periods increases from 50.0% to 85.7% in the A project. The annual power consumption of the air conditioning system after optimization decreases by 31.14% and the power consumption during low electricity price periods increases from 50.0% to 86.49% in the B project.