新能源汽车半导体空调辅助系统设计

Design of Semiconductor Air Conditioning Auxiliary System for New Energy Vehicles

新能源汽车的空调系统采用传统汽车的压缩机空调系统,其工作由电池驱动,影响了整车的续航以及动力性能,为提高整车续航及动力性,设计并搭建光伏发电供半导体制冷系统与压缩机空调联合使用,实验测得使用半导体空调系统在每1h可节省2-3km续航,提高汽车续航和动力性,减少环境污染。

The air conditioning system of new energy vehicles adopts the compressor air conditioning system of traditional vehicles.Its work is driven by batteries,which affects the endurance and power performance of the whole vehicle.In order to improve the endurance and power performance of the whole vehicle.Photovoltaic power generation is used for the combination of semiconductor refrigeration system and compressor air conditioning.Experiments show that the use of semiconductor air conditioning system can save 2-3km endurance every hour,improve vehicle endurance and power,and reduce environmental pollution.