摘要
在深圳松子坑水库防恐视频系统中,采用风光互补供电系统,很好地解决了一些偏远地区由于没有220V交流电而无法给视频摄像机供电的问题。介绍了风光互补供电系统的工作原理,分析了松子坑水库视频监控系统采用风光互补系统供电的技术条件,介绍了该供电系统的组网及各部分功能,以及可靠性和效益,通过系统用电量计算验证了:采用风光互补供电能满足系统供电要求,说明风光互补供电系统应用是成功的。
A complementary wind-solar power supply system was applied in the anti-terrorism video system of Songzikeng reservoir in Shenzhen to solve power supply problem of video camera without AC 220 V in remote districts. This paper describes work principle, some functions, networking, reliability and effects of the power supply system, analyzes technical conditions of its application in Songzikeng reservoir. Power consumption calculation verifies that this method can meet system requirements for power supply and the application of the power supply system is proved to be successful.
出处
《水利水文自动化》
2009年第4期10-13,共4页
Automation in Water Resources and Hydrology
关键词
光电系统
风电系统
风光互补
供电系统
视频
监控
solar(photovoltaic) power generation system
wind power generation system
complementary windsolar
power supply system
video
monitoring