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Feasibility and Economical Analysis of Pumped Hydro Storage System for STES Campus, Lonavala

机译:罗纳瓦拉STES校园抽水蓄能系统的可行性和经济性分析

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Electrical energy utilization and involvement of renewable energy sector is increasing day by day. For rapidly increasing renewable sector necessity of storage device is becoming very important. Various energy storage systems are available for storing the electricity. Pumped hydro storage system (PHS) is one of the most promising storage systems for storage of bulk power. Due to geographical conditions and naturally availability of water during rainy days, it is feasible to implement a PHS unit on Sinhgad Technical Education Society (STES) campus, Lonavala. The already available water storage tank can store water which can generate electricity at about 180 KW. Technical and economical calculations are done to ensure the feasibility of the PHS unit at Lonavala campus and presented in this paper.
机译:电能利用和可再生能源领域的参与正在日益增加。对于快速增长的可再生部门,存储设备的必要性变得非常重要。各种能量存储系统可用于存储电能。抽水蓄能系统(PHS)是用于存储大功率电力的最有前途的蓄能系统之一。由于地理条件和雨季的自然水源,在罗纳瓦拉的辛格德技术教育学会(STES)校园内设置PHS部门是可行的。已有的储水箱可以储水,可以产生约180 KW的电能。本文进行了技术和经济计算,以确保Lonavala校园内PHS装置的可行性。

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