未来微型水电:水力发电和基于物联网的监测系统

A. Akib, S. Mahmud, M. Mridha
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引用次数: 1

摘要

本文重点研究了未来微型水力发电——水力发电及其监测系统。世界正日益走向科技进步。因此,未来几天能源需求将进一步飙升。但我们还不能确保贫穷或发展中国家的适当电力需求。现在,这是在工业4.0时代生存下去的必要条件。这种“未来微型水力发电”装置将通过利用多类固醇建筑中的小型水源(如洗手间、厨房等)来产生能量。每天房子里要用大量的水。水龙头不仅用于家庭,而且用于所有现代建筑。我们已经演示了如何从这些微小的水源中产生水力发电,以及这些电力如何运行一个房子。在这里,用户将能够监控产生的能量,并在需要时使用它。这些设备的成本会低得多,性能会高得多。实验安装后,我们得到了一些数据,证明了其出色的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Future Micro Hydro Power: Generation of Hydroelectricity and IoT based Monitoring System
The paper focuses on the Future Micro Hydro Power: generation of hydroelectricity and its monitoring system. The world is moving towards technological advancement day by day. For this reason, the energy need will surge further in the coming days. But we could not yet ensure the proper electricity needs in the poor or developing country. Now it's an essential needy thing to survive this 4.0 industry's time. This ‘Future Micro Hydro Power’ device will generate energy by exploiting the small water sources (i.e., Washroom, Kitchen, Etc.) in the multi steroid buildings. A massive amount of water is used in the house every day. Water taps are used not only in homes but in all modern buildings. We have demonstrated how hydropower will generate from these tiny water sources and how this power can run a house. Here the user will be able to monitor the amount of energy produced and use it if desired. The cost of the devices will be much lower, and their performance will be much higher. After the experimental installation, we got some data that proves its outstanding efficiency.
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