低功耗无线传感器网络在电力系统监测中的应用与优化

Application and Optimization of Low-power Wireless Sensor Networks in Power System Monitoring

随着电力系统规模的不断扩大,对其进行实时监控和精细管理变得尤为迫切,而低功耗的无线感知阵列作为高效的监管工具,在电网监管领域得到了广泛应用。文章阐述了WSN技术的工作机制及其在电力系统监管方面的实际应用,分析了电力系统监管的内在需求,对比了传统监管手段的不足,探讨了如何布署低功耗的WSN,以及如何从中采集数据、进行传输,实现实时监控与精准故障诊断,并提出了一套针对低功耗WSN的性能提升方案。

With the continuous expansion of the power system,real-time monitoring and fine management have become particularly urgent,and low-power wireless sensing arrays have been widely used as efficient regulatory tools in the field of power grid supervision.The article elaborates on the working mechanism of WSN technology and its practical application in power system supervision,analyzes the inherent requirements of power system supervision,compares the shortcomings of traditional supervision methods,explores how to deploy low-power WSN,and how to collect and transmit data from it to achieve real-time monitoring and accurate fault diagnosis.It also proposes a performance improvement plan for low-power WSN.