浙江电力
浙江電力
절강전력
ZHEJIANG ELECTRIC POWER
2015年
4期
29-32
,共4页
电动汽车%换电模式%电池移动板%研制%应用
電動汽車%換電模式%電池移動闆%研製%應用
전동기차%환전모식%전지이동판%연제%응용
electric vehicle%battery swapping mode%battery moving plate%development%application
动力电池置换是电动汽车日常换电工作的一项重要程序。针对电动汽车后备箱内电池移动缺乏辅助工具、后备箱饰件极易摩擦破损等问题，分析了后备箱辅助移动板的主体板材及减少摩擦力部件材料，研制了新型的蜂窝式电池移动板。实际应用表明，应用该电池移动板可使换电工作更为轻松省力，提高了安全性和工作效率，减少了车辆后备箱检修维护成本。
動力電池置換是電動汽車日常換電工作的一項重要程序。針對電動汽車後備箱內電池移動缺乏輔助工具、後備箱飾件極易摩抆破損等問題，分析瞭後備箱輔助移動闆的主體闆材及減少摩抆力部件材料，研製瞭新型的蜂窩式電池移動闆。實際應用錶明，應用該電池移動闆可使換電工作更為輕鬆省力，提高瞭安全性和工作效率，減少瞭車輛後備箱檢脩維護成本。
동력전지치환시전동기차일상환전공작적일항중요정서。침대전동기차후비상내전지이동결핍보조공구、후비상식건겁역마찰파손등문제，분석료후비상보조이동판적주체판재급감소마찰력부건재료，연제료신형적봉와식전지이동판。실제응용표명，응용해전지이동판가사환전공작경위경송성력，제고료안전성화공작효솔，감소료차량후비상검수유호성본。
Battery replacement is an important program for daily swapping of electric vehicles. For it lacks ap-purtenance to move batteries in boots of electric vehicles and ornaments of the boots can easily be damaged, this paper analyzes the main board and component materials reducing friction force of auxiliary moving plates in the boots. A new type of cellular battery moving plate is developed. Practical application shows that the battery moving plate enables easier battery replacement, improves safety and work efficiency and reduces boot overhaul and maintenance cost of electric vehicles.
