Energy Harvesting through Piezoelectric Tile

Ritul Saini, Sanjana, Shubham Gairola, V. Vinayak, Kuldeep Singh
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Abstract

With the growing population, there has been a continuous increase in the demand of energy resources. This demand is met mainly by fossil fuels and its derivative but due to their scarcity they are unsustainable. There is a need for an alternative energy resources like Solar, Hydro, Wind, Tidal and Piezoelectricity etc. The goal of this paper is to develop a working model of a piezoelectric tile that stores energy when pressure is applied on it. The tile generates voltage and this voltage is further stored in a capacitor. As long as the capacitor is charged to rated voltage, which is maintained higher than the battery specification, the battery keeps on charging. This is finally used to meet different load requirements. Through our paper, we have tried to bring the solutions to the two major problems that are commercial viability and its easy storage. The tile construction makes the usage of piezoelectricity in our daily lives easy and viable.
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利用压电瓦收集能量
随着人口的不断增长,对能源的需求也在不断增加。这种需求主要由化石燃料及其衍生物来满足,但由于它们的稀缺性,它们是不可持续的。我们需要替代能源,如太阳能、水力、风能、潮汐能和压电等。本文的目标是开发一个压电瓦的工作模型,当施加压力时,它可以储存能量。瓦片产生电压,这个电压进一步存储在电容器中。只要电容器被充电到高于电池规格的额定电压,电池就会继续充电。最后用于满足不同的负载要求。通过我们的论文,我们试图解决两个主要问题,即商业可行性和易于存储。瓷砖结构使得压电在我们日常生活中的应用变得简单可行。
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