评估巴基斯坦电价政策实施中最适合太阳能发电的地点

Hamid Iftikhar, A. Waqas, K. Mustafa, D. Naeem, Shahmir Ahmad
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引用次数: 5

摘要

在巴基斯坦目前的能源需求情况下,向替代能源和可再生能源的转变是不可避免的。电力供应短缺、可开采石油和天然气资源枯竭、对进口原油的广泛依赖以及气候变化是推动人们转向可再生能源的主要因素。由于可再生能源技术的高发电成本仍然是一个主要障碍,因此通过引入可再生能源支持和政策措施,如退税、资本补贴、上网电价和净能源计量政策等来应对。巴基斯坦推出了将可再生能源并入国家电网的上网电价支持政策。国家电力和电力监管局(NEPRA)是一个监管机构,根据不同的太阳辐射,为该国北部和南部地区的太阳能光伏上网电价项目设定了两种不同的关税。根据监管机构设定的电价和使用Polysun 6.2进行的模拟,对于不同城市的相同铭牌容量的太阳能光伏项目,在投资回收期和净现值方面进行了经济比较,以评估巴基斯坦太阳能光伏安装的最合适地点,根据白沙瓦被证明是巴基斯坦实施太阳能FiT项目最具经济效益的地点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of most suitable location for solar feed in tariff policy implementation in Pakistan
A shift towards alternate and renewable energy sources is inevitable in Pakistan's current energy demand scenario. Electricity supply shortfall, exhausting extractable oil and gas resources, extensive reliance on imported crude oil and climate change are major drivers for the shift towards renewable energy alternatives. Since high electricity generation cost of renewable energy technologies remain a major hurdle, it is countered through introducing RE support and policy measures such as Tax Rebates, Capital Subsidies, Feed in Tariff and Net Energy Metering policies etc. Pakistan introduced its Feed in Tariff support policy for integration of renewable energy into the national grid. National Electricity and Power Regulatory Authority (NEPRA), a regulatory body, set two different tariffs for solar PV FiT projects in northern and southern regions of the country based on varying solar irradiation. In the light of tariff set by the regulatory authority and simulations performed with Polysun 6.2, for an identical nameplate capacity solar PV projects in different cities, an economic comparison in terms of Payback Period and Net Present Value has been conducted to assess the most suitable location for solar PV installations in Pakistan, as per which Peshawar turned out to be the most financially lucrative location for implementation of solar FiT projects in Pakistan.
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