一种风光互补型电动汽车充电桩
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摘要
设计了一种风光互补型电动汽车充电桩,将远距离采集数据与GPRS、WIFI无线数据传输技术相结合,能够对风力发电机、太阳能电池板、蓄电池和负载等的电压和电流进行实时采样,并通过GPRS和WIFI无线通讯模块将风光互补电源的关键信息发送给远程监控中心或者用户,监控者可以根据实际需要发送控制命令调节电源的工作状态,从而对风光互补型电动汽车充电桩进行智能化管理,这样电源可以长时间无人值守的工作,并且运行安全稳定可靠。
Designed wind-solar hybrid charging pile for electric vehicle,which combines remote data acquisi-tion with GPRS and WIFI wireless data transmission technology.It can sample the voltage and current of wind turbines,solar panels,batteries and loads in real time,and send the key information of wind-solar complemen-tary power supply to remote monitoring center or users through GPRS and WIFI wireless communication mo-dule.The monitor can send control commands to adjust the working state of the power supply according to the actual needs,so as to intelligently manage the charging pile of the wind-solar complementary electric vehicle,so that the power supply can work for a long time unattended,and run safely,stably and reliably.
Designed wind-solar hybrid charging pile for electric vehicle,which combines remote data acquisi-tion with GPRS and WIFI wireless data transmission technology.It can sample the voltage and current of wind turbines,solar panels,batteries and loads in real time,and send the key information of wind-solar complemen-tary power supply to remote monitoring center or users through GPRS and WIFI wireless communication mo-dule.The monitor can send control commands to adjust the working state of the power supply according to the actual needs,so as to intelligently manage the charging pile of the wind-solar complementary electric vehicle,so that the power supply can work for a long time unattended,and run safely,stably and reliably.
引文
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[6]王盛强,李婷婷.新能源光伏汽车充电站发展现状与分析[J].科技创新与应用,2016,(2):106-107.
[2]刘津莱,都雪静,田子言,等.公交车站应急太阳能充电桩设计[J].科学技术创新,2018,(2):176-177.
[3]丁成功,王升鸿,黄凯.基于无线通信技术的风光互补发电系统设计[J].智慧工厂,2016,(3):35-38.
[4]张江林,丁正东,余磊,等.一种智能太阳能充电桩设计[J]价值工程,2014,(35):63-64.
[5]熊文,杨川,王正旭,等.新能源汽车快速充电系统的设计[J].重庆理工大学学报(自然科学版),2014,28(2):97-101.
[6]王盛强,李婷婷.新能源光伏汽车充电站发展现状与分析[J].科技创新与应用,2016,(2):106-107.