供用电
供用電
공용전
DISTRIBUTION & UTILIZATION
2015年
7期
43-47
,共5页
殷树刚%龚桃荣%刘瑞%王明
慇樹剛%龔桃榮%劉瑞%王明
은수강%공도영%류서%왕명
电动汽车%充电桩%云平台%智能充电%App客户端
電動汽車%充電樁%雲平檯%智能充電%App客戶耑
전동기차%충전장%운평태%지능충전%App객호단
electric vehicle%charging piles%cloud platform%smart charging%App client
随着电动汽车的逐步推进,为了满足电动汽车用户参与用电管理,实时了解充电桩的位置与状态信息、电价信息等需求,建立电动汽车智能充电系统的必要性日益突出。提出了基于云平台的电动汽车智能充电服务系统架构设计方案,并对系统的3个主要组成部分云平台、智能充电装置与App客户端的结构与功能进行了详细分析。本系统将人机交互操作界面由传统的充电装置屏幕显示变为客户手持终端显示,能实时查询充电装置位置与状态,并实现充电装置的定位导航、充电预约及锁定等功能。可使用户参与用电管理,实现有序充电、合理用电,为未来电动汽车大规模应用提供了一种智能化的解决方案。
隨著電動汽車的逐步推進,為瞭滿足電動汽車用戶參與用電管理,實時瞭解充電樁的位置與狀態信息、電價信息等需求,建立電動汽車智能充電繫統的必要性日益突齣。提齣瞭基于雲平檯的電動汽車智能充電服務繫統架構設計方案,併對繫統的3箇主要組成部分雲平檯、智能充電裝置與App客戶耑的結構與功能進行瞭詳細分析。本繫統將人機交互操作界麵由傳統的充電裝置屏幕顯示變為客戶手持終耑顯示,能實時查詢充電裝置位置與狀態,併實現充電裝置的定位導航、充電預約及鎖定等功能。可使用戶參與用電管理,實現有序充電、閤理用電,為未來電動汽車大規模應用提供瞭一種智能化的解決方案。
수착전동기차적축보추진,위료만족전동기차용호삼여용전관리,실시료해충전장적위치여상태신식、전개신식등수구,건립전동기차지능충전계통적필요성일익돌출。제출료기우운평태적전동기차지능충전복무계통가구설계방안,병대계통적3개주요조성부분운평태、지능충전장치여App객호단적결구여공능진행료상세분석。본계통장인궤교호조작계면유전통적충전장치병막현시변위객호수지종단현시,능실시사순충전장치위치여상태,병실현충전장치적정위도항、충전예약급쇄정등공능。가사용호삼여용전관리,실현유서충전、합리용전,위미래전동기차대규모응용제공료일충지능화적해결방안。
With the development of electric vehicle,in order to meet the needs of electric vehicle customers including participating in the power demand side management,understanding the real-time information of position, operation state of charging piles and electricity price,the necessity of establishing the smart electric vehicle charging system is prominent increasingly.The architecture design of electric vehicle smart charging system is proposed.The composition and function of three parts of the system which are cloud platform,smart charging device and App client are analyzed in detail.The man-machine interface is improved from traditional body screen display of charging devices to customer handheld terminals,which can display the information of the location and status of charging devices,and realize the positioning and navigation,appointment and lock of the charging devices.The coordinated charging and reasonable use of electricity would be realized,which will provide an intelligent solution for the large-scale application of electric vehicles in the future.