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Electricity Generation from Micro Hydro Power Plant at MGM Gandheli Campus, Aurangabad

机译:MGM Gandheli Campus,Aurangabad的Micro Hydro发电厂发电

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摘要

Water is the most important part of human day to day life and natural limited resource. Hydro energy is source of regenerative energy and also being clean as well as environment-friendly. This research paper intends to show the emerging concepts hydroelectricity generated from hydro power plant. Energy demand increases due to rapid urbanization and increase in population growth. And the time is not far away when we will not have sufficient amount of electricity to fulfill our daily need. To avoid the occurrence of such dark future, this prototype device can be implemented to generate electricity with Micro hydro power plant (MHP) at Gandheli Campus of MGM Institute as it being a rural belt situated atop the South-Eastern hills of Aurangabad. The purpose of the study is to design a micro hydro power plant for MGM Gandheli campus. Series of Micro Hydroelectric power turbines can be installed at Main Water Inlet Tank, Farm Ponds at four different locations. The micro hydro power has a huge potential globally and at this site it can be one of the best available solutions for electricity generation. So this will reduce the grid based demand of conventional energy currently utilized. Turbines are the crucial working apparatus required in micro hydro power plants. The theoretical calculations for this concept may serve better on practical implementation. The main motive behind this concept is to generate electricity from efficient non conventional means available on site.
机译:水是人类日为日常生活和自然有限资源的最重要部分。水电能量是再生能量的来源,也是干净的以及环境友好。本研究论文打算展示从水力发电厂产生的新兴概念水电。由于城市化快速和人口增长增加,能源需求增加。当我们没有足够的电力来满足我们的日常需求时,时间不远。为了避免发生这种黑暗的未来,可以实现这种原型设备,以在MGM研究所的Gandheli校园内与Micro Hydro Power Power(MHP)产生电力,因为它是Aurangabad东南部山顶的农村带。该研究的目的是为MGM Gandheli校园设计一个微水力发电厂。一系列微水力发电动力涡轮机可以安装在主要的进水箱,四个不同地点的农场池塘。微水电力量在全球范围内具有巨大的潜力,并且在本网站上它可以是最佳发电解决方案之一。因此,这将减少目前利用的常规能量的基于网格需求。涡轮机是微水力发电厂所需的关键工作装置。这一概念的理论计算可以更好地实现实际实施。这一概念背后的主要动机是从现场提供的有效非传统手段的电力。

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