尼日利亚东北部一些选定地点的太阳能潜力

Muhammad Jaafar
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引用次数: 0

摘要

阳光是清洁和廉价能源的主要来源,但其强度因纬度、海拔、大气对空气分子、尘埃粒子和水蒸气等的吸收和散射而异。这项工作的目的是确定尼日利亚东北部的贡贝(北纬10°16' 59.9988 ",东经11°10' 0.0012 ")、Jalingo(北纬8°53' 34.2672 ",东经11°22' 37.74 ")、达马图鲁(北纬11°44' 49.1856 ",东经11°57' 58.2912 ")和包奇(北纬10°18' 50.9724 ",东经9°50' 46.6152 ")的太阳能潜力。该过程包括从可再生能源模拟包(光伏地理信息系统,PVGIS)中获取这四个地点10年的太阳辐照数据,获得每个地点的日、月和年太阳辐照数据。贡贝、贾林戈和包奇在1月份达到峰值,达马图鲁在3月份达到峰值,日平均太阳辐照量分别为5.8977kWh/m2/day、5.9026 kWh/m2/day、6.0337 kWh/m2/day和5.9821kWh/m2/day,贡贝、贾林戈、达马图鲁和包奇的年平均太阳辐照量分别为2154.44kWh/m2/yr、2056.17 kWh/m2/yr、2202.30kWh/m2/yr和2150.60kWh/m2/yr。这些地区的大气条件非常相似,因此与三角洲州的拉各斯、奥尼沙和萨皮莱等地相比,太阳能潜力的范围更近,分别为4.42千瓦时/平方米/天、4.43千瓦时/平方米/天和5.31千瓦时/平方米/天。在研究的四个地点中,达马图鲁的太阳辐照度最高。可建设并网光伏发电系统和供热系统(集中供热技术),分别支持居民发电和工业热水生产。政府和非政府组织应鼓励利用太阳能烤箱、炊具和冷却器技术,这将有助于阻止全球变暖和沙漠鼓励,从而保护其他自然资源(如森林)供其他用途(家具建筑)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Solar Energy Potentials of Some Selected Locations in Northeastern Nigeria
Sunlight is the primary source of clean and cheap energy but its intensity varies from one location to another depending on the latitude, altitude, atmospheric absorption and scattering by air molecules, dust particle  and water vapour among others. The aim of this work is to determine the solar energy potentials of Gombe ( latitude 10° 16' 59.9988'' N and longitude of 11° 10' 0.0012'' E), Jalingo (latitude 8° 53' 34.2672'' N and Longitude 11° 22' 37.74'' E), Damaturu (Latitude 11° 44' 49.1856'' N and  Longitude 11° 57' 58.2912'' E) and Bauchi (latitude 10° 18' 50.9724'' N and longitude 9° 50' 46.6152'' E)   in northeastern Nigeria, the process involves obtaining the  solar irradiation data for these four locations from a renewable energy simulation package ( photovoltaic geographical information system, PVGIS) for a period of 10 years, a daily, monthly and annual solar irradiation was obtained for each of these locations. A peak monthly values was obtained in the month of January for  Gombe,  Jalingo and Bauchi while the month of March has the peak value for  Damaturu,  an average daily solar irradiation of 5.8977kWh/m2/day, 5.9026 kWh/m2/day, 6.0337 kWh/m2/day and 5.9821kWh/m2/day and an annual values of 2154.44kWh/m2/yr, 2056.17 kWh/m2/yr, 2202.30kWh/m2/yr   and 2150.60kWh/m2/yr   for Gombe, Jalingo, Damaturu and Bauchi respectively. These locations have very similar atmospheric conditions and hence a closer range of solar energy potentials compared to places like Lagos, Onitsha and Sapele in Delta state  with (4.42kWh/m2/day), (4.43kWh/m2/day, and 5.31 kWh/m2/day respectively.  Damaturu has the  highest solar irradiance among the four locations studied. Grid- connected PV system and thermal system (concentration thermal technology) can be built to support electricity  generation and hot water production respectively for residential and industrial use. The utilization of  Solar oven, cookers and coolers  technology should be encourage by government and non-governmental organization, this will help stop global warning and desert encouragement  and hence  conserve other natural resources( such as forest)  for other use ( furniture construction).
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