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Energy Harvesting Techniques for Monitoring Devices in Smart Grid Application

机译:智能电网应用中监控设备的能量收集技术

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Energy harvesting is a process of capturing, storing and conditioning ambient and residual energies for future use. The amount of residual energy captured is very small and can be used for low power load such as wireless sensor nodes. Wireless sensor nodes are used to monitor physical parameters at diverse locations. They find extensive applications in military, health care industries, environmental monitoring and smart grids. One of the major constraints of Wireless sensor node is battery lifetime as battery gets depleted over a period of time. Energy harvesting techniques can be used to overcome this constraint and has the ability to make wireless sensor node self sustainable. This paper provides an overview of energy harvesting techniques used for wireless sensor nodes in smart grid application.
机译:能量收集是捕获,储存和调节环境和残余能量的过程,以供将来使用。捕获的剩余能量的量非常小,可用于低功率负载,例如无线传感器节点。无线传感器节点用于监视各个位置的物理参数。他们在军事,医疗行业,环境监测和智能电网中找到了广泛的应用。由于电池在一段时间内耗尽,无线传感器节点的主要限制之一是电池寿命。能量收集技术可用于克服这种约束,并具有使无线传感器节点自我可持续的能力。本文概述了用于智能电网应用中的无线传感器节点的能量收集技术。

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