Application of Artificial Intelligence algorithms for Grid integration of Renewable energy sources in the National Grid- Indian Government perspective- A Review

Tejaswini G. Dhumale, Shital Patil, A. Chaudhary, Surendra Bhosale
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Abstract

According to global energy scenario, unbalance in supply as well demand of energy, emission of greenhouse gases, frequent blackout, researchers from all over the world are now focusing on clean and safe energy sources. In present times, people are more inclined towards renewable sources of energy such as wind and solar energy. More focus is on advanced microgrid technology at the load side. Because of several issues of protection and interconnection of generators, most of the typical traditional power grids are no longer used. In the current years, there has been positive perception about the renewable energy resources into electrical power system is validated by major focus due to its weariless, green energy utilization, its recycling capabilities and storage capabilities, less maintenance. Therefore, it indicated a sign of growing strong economy. Use of artificial intelligence and deep learning knowledge shall help in choosing the source of energy considering the cost of generation. Seasonally cost of generation will vary for different sources of energy. If such data is analysed through cloud storage, it can be processed through selected by different sources shall lead to a super saving. This concept can be applied to larger grids as well as smaller grids in the power network.
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人工智能算法在国家电网可再生能源并网中的应用-印度政府视角-综述
面对全球能源供需失衡、温室气体排放、停电频发等问题,清洁安全能源成为各国研究的热点。目前,人们更倾向于可再生能源,如风能和太阳能。更多的焦点是在负载侧的先进微电网技术。由于发电机的保护和互连问题,大多数典型的传统电网已不再使用。近年来,人们对可再生能源资源进入电力系统的看法一直是积极的,因为它具有可重复使用、绿色利用、回收能力和存储能力强、维护少等优点,受到了主要关注。因此,这是经济增长强劲的信号。考虑到发电成本,使用人工智能和深度学习知识将有助于选择能源。不同能源的季节性发电成本会有所不同。如果通过云存储对这些数据进行分析,可以通过不同来源的选择进行处理,从而实现超级存储。这一概念既可以应用于电网中的大型电网,也可以应用于小型电网。
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