地下电网管线的环境监测系统研究与设计

Research and design of environmental monitoring system for underground power grid pipeline

地下电网管线的大面积建设,导致地下电力管线数量大批增加,这些设备承担着传输城市电力供应的重要作用。由于长期深埋地下,电网管线受环境影响显著,一旦产生故障,对城市电力的影响极大。本文设计了一种地下电网管线的环境监测系统,通过传感器技术实时监测地下电网管线环境信息,可以显著降低人工巡察的工作强度和安全隐患。针对地下管线设备的大批量增加,分布式数据采集技术可有效地提高海量数据采集效率,从而提升采集的可扩展性和系统的可维护性,进而保证了数据的准确性、采集的高效性和系统的可靠性。

The large-scale construction of the underground power grid pipelines leads to a large increase in the number of underground pipelines.These equipments play an important role in transmitting urban power supply.Due to the long-term deep underground,it is significantly affected by the environment.Once a fault occurs,it will have a great impact on the city's electricity.This paper designs an environmental monitoring system for underground power grid pipelines system.The sensor technology is used to monitor the environmental information of underground power pipelines in real time,which significantly reduces the work intensity and safety hazards of manual inspections.For the large-scale increase of underground pipeline equipment,distributed data acquisition technology can effectively improve the massive data collection efficiency,thereby improving the scalability of the collection and the maintainability of the system.In turn,the accuracy of the data,the efficiency of the acquisition and the reliability of the system are guaranteed.