摘要
随着国家政策支持与产业化的发展,新能源汽车越来越普及,传统汽车空调的定义在新能源汽车快速发展的新形势下也在演变,并且在不断向整车热管理方向延伸。本文对于对新能源汽车空调原理以及纯电动汽车的结构特点进行了剖析,提出对汽车空调产业链从源头上进行节能管理,特别是汽车空调使用过程中,对人机交互系统运行时进行动态优化控制,使得汽车空调高效使用。此外,提出对汽车空调建立起三位一体的节能降耗管理体系,达到节能管理标准,充分利用大数据技术,创造汽车使用、监测与服务的的在线平台,为汽车后市场提供可持续的节能应用举措,拓宽新能源汽车空调的赛道,从而进一步普及新能源汽车空调的使用智能化,在新能源汽车空调中做到人机交互系统的节能降耗,实现节能减排的社会目标。
With the development of national policy support and industrialization, new energy vehicles are becoming more and more popular. In the new situation of the rapid development of new energy vehicles, the definition of traditional automobile air conditioning is also evolving and continuously extending to the direction of vehicle thermal management. In this paper, the principle of air conditioning of new-energy vehicles and the structural characteristics of pure electric vehicles are analyzed, and the energy saving management of the automobile air conditioning industry chain is proposed from the source. In particular, dynamic optimization control is carried out during the operation of human-computer interaction system in the use of automobile air conditioning, so as to make efficient use of automobile air conditioning. In addition, saving energy and reducing consumption of automobile air conditioning establish trinity management system, to achieve energy saving management standards, make full use of big data technology, creating automobile use, online monitoring and service platform, provide sustainable energy saving car market after the application, development of new energy automobile air conditioning circuit, thus further popularize the use of new energy automotive air conditioning intelligent, achieve human-computer interaction in the new energy automotive air conditioning system of saving energy and reducing consumption, and achieve the social goal of energy saving and emission reduction.
作者
罗志高
卓献荣
车志
梁宇琪
LUO Zhigao;ZHUO Xianrong;CHE Zhi;LIANG Yuqi(guangzhou city construction college,Guangzhou,510900,China;Zhongkai University of Agriculture and Engineering,College of urban and rural construction,Guangzhou,510225,China;JiuZhou Energy Co.LTD,Guangzhou,510000,China)
出处
《制冷》
2021年第1期52-57,共6页
Refrigeration
关键词
新能源汽车空调
人机交互系统
节能
New Energy Vehicle Air Conditioning
Human-Computer Interaction System
Energy Saving
