Some steps for India to move towards 100% Renewable Energy

A. Jhunjhunwala, K. Jha, Anson Sando
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Abstract

India is highly dependent on coal for producing its electricity. Even though the per-capita emissions of GHG in India is lower than that of most developed, its total emissions of GHG is close to some of the big polluters. No wonder there is an increasing pressure on India to move towards Renewable Energy (RE). India now produces solar and wind-based electricity at costs lower or comparable to that of coal-based electricity. However, while coal-based electricity generation can be increased or decreased at will to match demand, that is not the case for solar and wind-based electricity, as the quantity produced entirely depends on nature, the sun-hours and the wind-hours. Only way generation could match demand is if there are massive energy-storage systems. This paper examines how office and commercial complexes in India can take the lead in becoming a 100% RE user by installing energy storage systems and carrying out effective energy management. It would show that this can be done to reduce the cost of electricity for such complexes, while they become near-100% RE users. The industrial-complexes and housing complexes may use a similar strategy to become an RE-user and this would help move India substantially towards 100% RE. The paper examines the technology and economic challenges that have to be overcome to get there.
印度向100%可再生能源迈进的一些步骤
印度高度依赖煤炭发电。尽管印度的人均温室气体排放量低于大多数发达国家,但其温室气体总排放量接近一些污染大国。难怪印度面临越来越大的压力,要求其转向可再生能源。印度现在生产太阳能和风能发电的成本低于或与燃煤发电相当。然而,尽管煤炭发电可以根据需求随意增减,但太阳能和风能发电却不是这样,因为发电量完全取决于自然条件、日照时数和风力时数。发电满足需求的唯一途径是建立大规模的储能系统。本文探讨了印度的办公和商业综合体如何通过安装储能系统和开展有效的能源管理,率先成为100%可再生能源用户。这将表明,这是可以做到的,以降低这些综合体的电力成本,同时他们成为近100%的可再生能源用户。工业综合体和住宅综合体可以使用类似的策略成为可再生能源的用户,这将有助于印度大幅迈向100%可再生能源。本文研究了实现这一目标必须克服的技术和经济挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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