摘要
对传统的风光互补发电系统电路结构进行了改进,将无线通信技术与风光互补发电技术相融合,设计了智能风光互补发电系统,数据采集电路实时采集风光互补发电系统的关键信息,通过GPRS或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,这样用户可以实时掌握系统的运行状况,増强了系统实用性。
This paper improves the circuit structure of the traditional wind-solar complementary power generation system, integrates wireless communication technology with wind-solar complementary power generation technology, designs an intelligent windsolar complementary power generation system. The data acquisition circuit collects the key information of wind-solar complementary power generation system in real time, and transmits the key information of wind-solar complementary power supply to remote monitoring center or using GPRS or WIFI wireless communication module. Users, so that users can grasp the real-time operation of the system, and enhance the practicability of the system.
出处
《智慧工厂》
2019年第3期70-72,76,共4页
Smart Factory
关键词
风光互补发电
无线通信
数据采集
Wind-solar complementary generation
Wireless communication
Data acquisition