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A Case Study of the Notion and Model of Micro Hydro Power Plant Using the Kinetic Energy of Flowing Water of Burinadi and Meghna River of Bangladesh

机译:孟加拉国Burinadi河和Meghna河流动水动能的微型水力发电概念和模型的实例研究。

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Bangladesh is progressing through a stage of development where automation is the solution to its economy. At this stage for the progression of this country electricity is very vital to sustain the economic growth. These days it becomes extremely challenging to cope up with the required energy demand of the country. Continuous increase in price of fuel in the world market and also the unavailability of fuel are the reasons behind this. On the other hand fuel burning in energy generation is responsible for global climate change and Bangladesh residing in high risk of this. Renewable energy can be an immense hope under this circumstance. The country is blessed with a good number of rivers consisting adequate flow of water throughout the year. Harnessing this driving water of rivers can be a great source of kinetic energy and utilizing this kinetic energy of driving water Hydro Electricity can be produced. In this paper the real life practical data of Burinadi & Meghna rivers were considered. A system is introduced that does not need the Dam or Reservoir to produce Electrical Power and is observed that 21.1 MW-hr and 12.48 MW-hr worth of energy can be produced annually from Burinadi & Meghna rivers respectively. This extent of power can be very useful for these rivers nearby inhabitants in remote areas as they are still out of national grid range. (57 views)
机译:孟加拉国正在经历一个发展阶段,其中自动化是其经济的解决方案。在这个国家发展的现阶段,电力对于维持经济增长至关重要。如今,应对该国所需的能源需求变得极为困难。造成国际市场燃料价格持续上涨以及燃料供应不足的原因。另一方面,能源生产中的燃料燃烧是造成全球气候变化的原因,而孟加拉国正处于这一高风险之中。在这种情况下,可再生能源可能是一个巨大的希望。该国拥有众多的河流,一年四季都有充足的水流。利用河流的这种驱动水可以成为动能的重要来源,利用这种驱动水的动能可以产生水力发电。本文考虑了Burinadi和Meghna河流的现实生活中的实际数据。引入了不需要大坝或水库来发电的系统,据观察,每年可从Buri​​nadi和Meghna河流分别生产21.1 MW-hr和12.48 MW-hr的能源。对于偏远地区居民附近的这些河流来说,这种功率范围可能非常有用,因为它们仍不在国家电网范围内。 (57观看次数)

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