Power Solutions for Wireless Sensor Network

Purushottam Govind, P. S. Chatterjee
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Abstract

WSN's foundation is power. However, because sensor nodes are small, their batteries are also small and quickly deplete. We provide a unique type of technique to solve this issue and enable our battery to maintain extended discharge durations. For energy storage applications, electrochemical cells should have the capacity to sustain long-term self-charging. We create a battery that can be recharged without the use of outside energy sources. The redox reaction theory underlies how the battery operates. Instead of the usual ingredients, some special materials were used to produce the batteries. Utilizing anticipated data, we conducted the experiment and produced the graph. These batteries were discovered to be more effective than typical ones.
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无线传感器网络电源解决方案
WSN的基础是力量。然而,由于传感器节点很小,它们的电池也很小,很快就会耗尽。我们提供了一种独特的技术来解决这个问题,并使我们的电池保持更长的放电时间。对于能量存储应用,电化学电池应该具有维持长期自充电的能力。我们发明了一种无需外部能源即可充电的电池。氧化还原反应理论是电池工作原理的基础。代替通常的原料,一些特殊的材料被用来生产电池。利用预期的数据,我们进行了实验并制作了图表。人们发现这些电池比普通电池更有效。
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