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Economic viability improvement of solar powered Indian rural banks through DC grids

机译:通过直流电网改善印度太阳能农村银行的经济可行性

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Power shortages result in power outages for period of 8 to 10 Hrs a day in rural areas due to significant gap between electricity demand and supply. Rural banking is one of the sectors severely affected by power. Majority of population in emerging markets like India live in rural areas. Therefore, reliability and operational efficiency of rural banking is of utmost importance to include rural population into national main stream. To overcome the problem, solar hybrid power system with battery backup is gaining popularity. However, expensive components like solar array, battery in the system hindering its wide adaptation. In this paper, efficient DC electrical distribution is proposed to reduce the sizes of expensive solar and battery components. Economic analysis is performed for a typical core banking rural bank. It is shown that by adopting DC grid, Rs. 1.22 lakh can be saved per rural bank. The saving will be Rs. 1.83 billion, if DC grid is implemented across all the 15,000 branches of rural banks.
机译:由于电力供需之间的巨大差距,电力短缺导致农村地区每天停电8至10小时。农村银行业是受权力严重影响的部门之一。印度等新兴市场的大多数人口居住在农村地区。因此,将农村人口纳入国家主流的过程中,农村银行业务的可靠性和运营效率至关重要。为了克服这个问题,带有电池备用的太阳能混合动力系统越来越受欢迎。但是,昂贵的组件(如太阳能电池板,系统中的电池)阻碍了其广泛的适应性。在本文中,提出了有效的直流配电,以减小昂贵的太阳能和电池组件的尺寸。对典型的核心银行农村银行进行了经济分析。结果表明,采用直流电网,Rs。每个农村银行可以节省1.22亿。节省的金额为Rs。如果在乡村银行的所有15,000个分支机构中实施DC电网,则将花费18.3亿。

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