摘要
文中对禹门口提水东扩工程一级泵站出水池遥测站遥测系统数据传输方式及供电方式进行了方案比较,并着重介绍了太阳能供电系统的框架构成,对太阳能板、蓄电池及充电控制器进行了选择和计算。通过合理的太阳能供电系统设计,保证了出水池遥测站数据的有效传输,确保了两级泵站的流量调配准确,对全线信息化安全稳定运行起着关键作用。
Data transmission mode and power supply mode of telemetry system that was installed in telemetry station of outlet sump of the first pumping station in Yumenkou Water Lifting Eastern Expansion Project were compared in this research. The structure of the solar power supply system was focused in this paper. The capacities of photovoltaic cell,accumulators and charge controller were calculated,and the types of these equipments were selected. Reasonable design of solar power supply system ensured the effective data transmission and accuracy flow allocation of two stages of pumping stations,and played a key role in safe and stable operation of information systems along the whole line.
出处
《山西水利科技》
2016年第1期6-8,共3页
Shanxi Hydrotechnics
关键词
出水池
数据传输
供电方式
太阳能供电
outlet sump
data transmission
power supply mode
solar power supply
