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A GIS Approach of Potential Photovoltaic Power Sites in Niamey, Niger

机译:尼日利亚尼亚美的潜在光伏电站的GIS方法

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Nowadays, the daily conversations at summits and conferences are mainly about energy, climate change, and environmental issues. Fossil fuels are the main causes of global warming due to the release of greenhouse gases (GHG) into the atmosphere, leading to a change in the climate. Niger, as an emerging nation, has significant energy potential that is weakly exploited due to socioeconomic factors. Multi-criteria analysis and satellite imagery were utilized to generate the potential photovoltaic (PV) energy maps. Three sites were selected as the most suitable places: 1) Site A with 22.5% or 12.154km2; Site B with 53.33% or 28.82 km2; and Site C with 10.23% or 5.53 km2. The average annual energy potential of the selected sites was found to be 45.13 GWh. This energy potential was based on the: 1) calculated average annual solar radiation per unit surface area; 2) total suitable areas; and 3) efficiency of the PV panels.
机译:如今,峰会和会议的日常谈话主要是关于能源,气候变化和环境问题。化石燃料是全球变暖的主要原因,因为释放温室气体(GHG)进入大气层,导致气候变化。作为一个新兴国家的尼日尔具有显着的能源潜力,这是由于社会经济因素毫无危及的。利用多标准分析和卫星图像来产生潜在的光伏(PV)能量图。选择三个地点是最合适的地方:1)现场A,22.5%或12.154km 2 ;网站B,53.33%或28.82公里 2 ;和网站c为10.23%或5.53公里 2 。发现所选地点的年均能源潜力是45.13 GWH。这种能源潜力基于:1)计算每单位面积的平均年度太阳辐射; 2)合适的地区总数; 3)PV面板的效率。

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