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Design Studies And Analysis Of 50 kWp Rooftop Solar Photovoltaic Plant

机译:50 kWp屋顶太阳能光伏厂的设计研究与分析

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摘要

Green energy is a sustainable substitute to cope with increasing energy need. Recognizing this fact, the Government of India is expecting 40% of the demand to be fulfilled through rooftop solar plants by 2022. The ICFAI University, Jaipur had taken a minuscule but significant step by deploying a 50 kWp rooftop solar power plant in the University campus. The present paper discusses the design, life cycle and economic assessments which support the feasibility of the plant. The annual average energy payback time, electricity production factor and availability factor are 8.05 years, 0.13 and 0.33, respectively. According to the economic investigation, capital recovery factor (CRF), net present value (NPV), uncost and cost per unit electricity are computed with different discount rates which support the viability of the plant for life span of 25 years. Carbon credits are also calculated for the studied period.
机译:绿色能源是一种可持续的替代品,以应对增加的能源需求。认识到这一事实,印度政府预计将通过屋顶太阳能电厂达到40%的需求,屋顶太阳能电厂将达到2022年。斋浦尔曾采取了一步,只需在大学校园部署了50千克屋顶太阳能电厂即可迈出了重要的一步。本文讨论了支持植物可行性的设计,生命周期和经济评估。年平均能源投资回收期,电力生产因子和可用因子分别为8.05年,分别为0.13和0.33。根据经济调查,资本恢复因素(CRF),净目的价值(NPV),每单位电量的未成效和成本,采用不同的折扣率,支持植物生命跨度为25年的寿命。还针对研究期计算了碳信用。

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