With the development of electrification and intelligentization of vehicles, the number of ancillary components for thermal management of the whole vehicle has gradually increased, and the proportion of energy consumption has also gradually increased, especially in the high and low temperature environment, the energy consumption of thermal management system drastically reduces the driving range of electric vehicles. In order to realize the rational utilization of the energy of the whole vehicle and alleviate the mileage anxiety of electric vehicle users, the design and development of thermal management system for electric vehicles has become the focus of the energy development of the whole electric vehicle. The low-temperature heat pump system has emerged as the times require.

The "2022 (3rd) Electric Vehicle Low Temperature Heat Pump System Summit", jointly organized by Yimao Auto Technology and Liyang Research Institute of Shanghai Jiaotong University, was held as scheduled on December 1-2 in Liyang, Jiangsu. The summit invited 500+ industry experts and scholars from domestic and foreign automobile factories, assemblies, components, associations, testing organizations, colleges and universities, etc., to discuss the sharp innovations, development trends, and technical difficulties of vehicle energy efficiency, energy management, and high-efficiency low-temperature heat pump systems, and the way to iteratively develop more efficiently and integratively.

The "2022 (3rd) Electric Vehicle Low Temperature Heat Pump System Summit", jointly organized by Yimao Auto Technology and Liyang Research Institute of Shanghai Jiaotong University, was held as scheduled on December 1-2 in Liyang, Jiangsu. The summit invited 500+ industry experts and scholars from domestic and foreign automobile factories, assemblies, components, associations, testing organizations, colleges and universities, etc., to discuss the sharp innovations, development trends, and technical difficulties of vehicle energy efficiency, energy management, and high-efficiency low-temperature heat pump systems, and the way to iteratively develop more efficiently and integratively.