摘要
简介了电动汽车发展的经济和技术背景,结合了现在电动车充电站结构及充电方式情况,用三维建模软件设计出以太阳能为主要充电来源的充电站大致结构。依据当今电动车充电方式所存在的弊端,结合超级电容技术设计出感应充电方式的理念,介绍了太阳能充电与电力系统之间的相互影响。然后,对人机交互应用等问题提出了研究意义。
The electric car development of economic and technical background was introduced. Combined with thecurrent situation of electric vehicles charging structure and charging ways, three-dimensional modeling software wasused to design the solar energy as the main source of charging station. According to today's the weakness of theelectric vehicle charging ways, the concept of inductive charging mode was designed with super capacitortechnology. The influence of solar charging and mutual influence between the power system was introduced. Thenthe research significance of the problems of interactive applications was put forward.
出处
《电源技术》
CAS
CSCD
北大核心
2017年第9期1364-1365,1376,共3页
Chinese Journal of Power Sources
关键词
电动汽车
太阳能
超级电容
感应充电
电力系统
人机交互
electric cars
solar energy
super capacitor
inductive charging
power system
human-computerinteraction