Thermal Management Simulation and Air Duct Structure Optimization Based on Drilling Energy Storage System
The drilling energy storage system plays an important role in the electrification of oil and gas indus-try.As a core component,energy storage batteries have a risk of thermal runaway,and the thermal management of energy storage system is crucial.In order to improve the efficiency of electricity utilization,promote energy substi-tution and energy saving and emission reduction in the petroleum industry and solve the temperature rise problem caused by the tight arrangement of batteries inside the containerized battery energy storage system and the relatively closed environment,STAR-CCM software was used for thermal management analysis on the drilling energy storage system.A 3D model of the system was built to extract heat transfer and dissipation paths.Computational fluid dy-namics(CFD)simulation technology was used for detailed analysis on the flow field and temperature field in the system,identifying hotspots and analyzing the reasons for temperature rise.Based on simulation results,optimiza-tion design was conducted on the air duct,which effectively improves the heat dissipation conditions in the battery arrangement area and reduces the overall temperature of the system.The research results provide important refer-ence for the thermal management design of energy storage systems.
drilling energy storage systemthermal managementair duct structurecomputational fluid dynamics
万方数据
维普
