浮动太阳能公园的范围、挑战、机遇和未来目标评估

Ayan Banik, A. Sengupta
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引用次数: 16

摘要

工业化、全球化、城镇化、人口增长,需要更多的能量来实现全面、可持续的发展,为各国经济活动提供支撑。按照当前的能源形势,印度将在未来几十年面临与能源安全相关的问题。为了解决电力短缺的问题,印度国家规划委员会和印度国家能源研究所(NITI Ayog)提出了一项独特的战略,以满足所有未来的能源需求,包括在可再生绿色能源领域的重大研发,以及探索、采用、调试和利用独家太阳能的未来路线图。安装环保太阳能光伏发电厂需要巨大的土地面积,尽管印度拥有广阔的土地;不幸的是,大部分被用于家庭和农业活动。为了实现可持续发展目标,政府不断鼓励制定浮动太阳能发电厂(FSP),即在水库、湖泊、峡湾和海岸等水体上的浮动结构上安装太阳能电池阵列。印度是世界上最幸运的国家之一,拥有近400条河流,这些河流在加强广大民众的生计方面发挥着至关重要的作用。河流证人广泛多样的关键水生生态系统需要保护和维持栖息地的平衡。在这项工作中,作者进行了深入的文献综述,并进行了几个案例研究,以评估新型SWP的可行性。范围、挑战、机遇、未来目标以及最后的具体结果都经过了详细的讨论,以清晰地理解与SWP相关的概念。这项调查可能有助于了解它在接近环境方面日益增长的重要性,并评估它在可持续环境发展和资源管理方面是福还是祸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Scope, Challenges, Opportunities and Future Goal Assessment of Floating Solar Park
Industrialization, globalization, urbanization, and increasing population demand more energy for holistic, sustainable development and uphold countries’ economic activities. As per the contemporary energy scenario, India shall be facing energy security-related issues in the coming decades. To deal with the alarming shortage of electricity planning commission and NITI Ayog has proposed a unique strategy to meet all future energy demands w, including significant Research & Development in the renewable green energy sector with a futuristic roadmap towards exploring and adopting, commissioning, and harnessing exclusive solar energy. Installation of eco-friendly Solar PV power generation plant requires an enormous land area, although India has a vast landmass; unfortunately, most of it has been used by domestic and agricultural activities. To fulfill sustainable goals Government is continuously encouraging the enactment of Floating Solar Plant (FSP), i.e., solar Arrays over the floating structure on water bodies such as water reservoir, lake, fjord, and ocean shores. India is one of the most fortunate nations to have nearly 400 rivers, which plays an essential role in strengthening the livelihood of a large populace. River witnesses’ widespread versatile crucial aquatic ecosystems are needed to safeguard and maintain the habitats’ balance. In this work, the Author has undergone an intensive literature review and has undergone several case studies to assess the viability of novel SWP. Scope, challenges, opportunities, future goals, and finally, the specific outcome has been discussed elaborately to present a clear understanding of the concept relevant to SWP. This investigation might help understand its growing importance in approaching context and evaluate whether it is a Boon or Curse in connection to sustainable Environment development and resource management.
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