对摩洛哥太阳能资源进行更可靠的评估

Asmae Azzioui, Moulay Hafid Bouhamidi, Mustapha Mouadine, M. Ettarid
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引用次数: 1

摘要

目前的国家能源政策旨在发展和推广可再生能源和清洁能源。为此目的,摩洛哥最容易获得的能源之一是太阳能,它可以对改善国家能源结构作出显著贡献。因此;任何太阳能项目都必须(至少在很大程度上)依赖于模拟(基于卫星的)辐照度数据。然而,一个关键问题仍然存在:这些数据集和生成的地图的可靠性。正是在这一前景下,我们的研究开始强调评估太阳能资源的问题,并强调将卫星数据校准到地面测量(特定地点适应)的概念。为了实现这一预期目标,我们介绍了太阳能行业使用的不同本地校准程序,并对摩洛哥太阳地图集(MSA)进行了校准。在这方面,已经执行了一项创新的将校准推广到摩洛哥全境的议定书,并证明了拟议方法的质量及其与传统方法相比的贡献。目前的国家能源政策旨在发展和推广可再生能源和清洁能源。为此目的,摩洛哥最容易获得的能源之一是太阳能,它可以对改善国家能源结构作出显著贡献。因此;任何太阳能项目都必须(至少在很大程度上)依赖于模拟(基于卫星的)辐照度数据。然而,一个关键问题仍然存在:这些数据集和生成的地图的可靠性。正是在这一前景下,我们的研究开始强调评估太阳能资源的问题,并强调将卫星数据校准到地面测量(特定地点适应)的概念。为了实现这一预期目标,我们介绍了太阳能行业使用的不同本地校准程序,并对摩洛哥太阳地图集(MSA)进行了校准。在这方面,已经执行了一项创新的将校准推广到摩洛哥全境的议定书,并证明了其必要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a more reliable evaluation of the Morocco’s solar resource
The current national energy policy aims to develop and promote renewable and clean energy. To this end, one of the Morocco’s most available energies that could contribute appreciably to improving national energy mix is solar energy. Thus; any solar project must rely (at least in large part) on modeled (satellite-based) irradiance data. However, a key question remains: the reliability of these data sets and generated maps. It is in this outlook that our study comes to highlight the problems with the assessment of the solar resource and to stress the concept of the calibration of satellite data to ground measurements (site-specific adaptation). In order to achieve this desired goal, we have introduced the different procedures of local calibration used in the solar energy industry and operated the calibration of the Moroccan Solar Atlas (MSA). In this context, an innovative protocol of generalization of the calibration to cover the entire territory of Morocco has been implemented and has demonstrated the quality of the proposed method and its contribution compared to conventional methods.The current national energy policy aims to develop and promote renewable and clean energy. To this end, one of the Morocco’s most available energies that could contribute appreciably to improving national energy mix is solar energy. Thus; any solar project must rely (at least in large part) on modeled (satellite-based) irradiance data. However, a key question remains: the reliability of these data sets and generated maps. It is in this outlook that our study comes to highlight the problems with the assessment of the solar resource and to stress the concept of the calibration of satellite data to ground measurements (site-specific adaptation). In order to achieve this desired goal, we have introduced the different procedures of local calibration used in the solar energy industry and operated the calibration of the Moroccan Solar Atlas (MSA). In this context, an innovative protocol of generalization of the calibration to cover the entire territory of Morocco has been implemented and has demonstrated the qua...
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