风能和水力发电采用安装在落水管内的小型涡轮机进行雨水处理

J. O. Gagarin, A. K. Lunas, W. P. Orticio, L. F. Torres, G. Magwili, M. Pacis
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引用次数: 2

摘要

能源正日益成为维持人类生命的最重要的方面,它对人类的每一次进步都负有责任。今天,关于能源利用技术的一切都在研究中,因为可再生能源被认为是我们进一步发展的关键因素之一。另一种选择是在全球范围内不断增长的风力发电场,而利用风能是可能的。另一种是利用自然资源如雨水的能源,而这篇论文是由风能利用和雨水能源利用组成的。除了能源问题,这项研究还涉及将雨水转化为饮用水,这是维持能源的另一个组成部分。在我们的研究中,为了实现能源的利用,我们设计了一个由水轮机和风车轮机组成的混合可再生能源系统。此外,研究人员的目标是使用6级水过滤和处理来处理雨水。研究结果表明,该设计可以利用能源,为雨水处理提供动力。最后,雨水处理显示出100%的可饮用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wind energy and hydroelectricity generation using mini turbine installed in downspout with rainwater treatment
Energy is growing to be the most important aspect in sustaining human life it is responsible for every advancement in humanity. Today, everything about energy harnessing technology is being studied because renewable energy is considered to be one of the key factors in our further advancement. One alternative is the growing wind farm throughout the planet whereas harnessing energy from wind current is possible. Another is harnessing energy from natural resources such as rain whereas this paper is composed of wind energy harnessing and rain water energy harnessing. In addition to energy problems, the research is about converting rain water into potable water which is another component in sustaining energy. In our research, to fulfill the energy harnessing the group design a hybrid renewable system that involves hydro turbine and windmill turbine. Furthermore, the researchers aimed to treat the rainwater using a 6 stage water filtration and treatment. The result of this study shows that the design can harness energy and can power the rainwater treatment. Lastly, the rainwater treatment shows a 100% potability treatment.
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