以巴基斯坦南部为例的光伏发电系统最佳输出的可行性分析

Ahmad Hayyat, Safdar Raza, Kaynat Fayyaz, Saima Akram, Muhammad Nouman Khan
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摘要

全球能源需求的年度增长是在化石燃料储备有限的情况下发生的,而且预计只会再持续几十年。因此,不可避免地使用来自可再生能源的资源。然而,为了建设一个可以发电的可再生能源系统的基础设施,需要进行技术和经济评估。这项研究考察了在巴基斯坦各地使用可再生能源生产5kW电力的可行性,包括太阳能光伏组件、逆变器和必要的电池。此外,来自多个地方的数据进行了对比。系统评估是使用SAM(系统顾问模型)工具完成的,它是为一个将持续25年的项目设计的。该研究得出结论,太阳能光伏组件的价格将是该项目的主要限制问题。
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Feasibility Analysis of a PV System for Optimum Power Output with Special Reference to Southern Pakistan
The annual increase in global energy demand is taking place when fossil fuel reserves are finite and are only anticipated to last for a few more decades. Consequently, it is unavoidable to use resources that derive from renewable energy sources. However, technological and economic assessments are required to construct the infrastructure for a renewable energy system that can generate electricity. This study examines the feasibility of producing 5kW of electricity from renewable sources, including solar PV modules, inverters, and the necessary batteries, at various sites around Pakistan. Additionally, data from multiple places are contrasted. System evaluation is done using the SAM (System Advisor Model) tool, and it's designed for a project that will last 25 years. The study concludes that the price of a solar photovoltaic module will be the project's principal limiting issue.
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