Abstract: This article mainly puts forward a scheme for the needs of a certain model user to turn on the air conditioner under the parking condition of summer night. On the basis of the existing service air conditioning system, the parallel electric compressor circuit is developed, the control strategy is developed, and finally the refrigeration performance and fuel consumption of the parking air conditioner are tested, and compared with the existing driving air conditioner, the fuel consumption and noise have been significantly reduced, which effectively solves the user's comfort needs for turning on the air conditioner at summer night. By equipping the intelligent electric drive air conditioner, it can effectively save the fuel consumption cost of turning on the air conditioner at night, reduce the noise of the vehicle air conditioner, and improve customer satisfaction.

Key words: Intelligent electric drive air conditioner; Parking air conditioner; Oil consumption; Electric compressor; Vehicle air conditioner

摘要： 文章主要针对某车型用户在夏季夜晚驻车条件下开空调的需求，提出方案。在现有行 车空调系统的基础上并联电动压缩机回路，开发了控制策略，最后对驻车空调制冷性能及油 耗进行测试，与现有的行车空调相比，油耗和噪声有了明显的降低，有效解决了用户夏季夜 晚开空调的舒适性需求。通过搭载智能电驱动空调，可以有效节省夜晚开空调的油耗成本， 并降低整车开空调的噪声，提升客户满意度。

关键词: 智能电驱动空调；驻车空调；油耗；电动压缩机；车载空调