International energy agency task II database on photovoltaïc power systems: statistical and analytical evaluation of PV operational data

International energy agency task II database on photovoltaïc power systems: statistical and analytical evaluation of PV operational data
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发表时间:
1998-07
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通讯作者:
U. Jahn;M. Niemann;G. Blaesser;R. Dahl;S. Castello;L. Clavadetscher;D. Faiman;D. Mayer;K. V. Otterdijk;J. Sachau;K. Sakuta;M. Zoglauer;S. Antipolis
U. Jahn;M. Niemann;G. Blaesser;R. Dahl;S. Castello;L. Clavadetscher;D. Faiman;D. Mayer;K. V. Otterdijk;J. Sachau;K. Sakuta;M. Zoglauer;S. Antipolis
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其他
文献类型:
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作者:
U. Jahn;M. Niemann;G. Blaesser;R. Dahl;S. Castello;L. Clavadetscher;D. Faiman;D. Mayer;K. V. Otterdijk;J. Sachau;K. Sakuta;M. Zoglauer;S. Antipolis

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作为国际能源署(IEA)光伏发电系统合作方案(PVPS)任务二的一部分,上述参与者正在收集和分析世界各地采用各种系统技术(并网、独立、混合)的光伏电站的运行数据。这个联合项目的目的是向光伏专家和其他目标群体提供关于光伏系统及其子系统的操作性能的适当资料。开发的国际能源机构数据库旨在收集用于各种用途的光伏系统的操作数据并使其标准化,以便在同一基础上对其性能进行评估。现有光伏电站的详细系统特征以及监测的光伏系统的运行结果储存在这个数据库中,并提供给用户。该分析允许比较不同国家具有不同气候条件的现有光伏系统、使用各种系统技术的光伏电站和不同消费行为的光伏系统。
As a part of the International Energy Agency (IEA) Photovoltaic Power Systems Co-operative Programme (PVPS), Task II, the above mentioned participants are collecting and analysing operational data of photovoltaic plants in various system techniques (grid-connected, stand-alone, hybrid) located all over the world. The objective of this joint project is to provide PV experts and other target groups with suitable information on the operational performance of PV systems and their subsystems. The developed IEA database is designed to gather and standardise the operational data of PV systems applied to various uses in order to achieve an assessment of their performance on the same base. Detailed system characteristics of existing PV plants as well as operating results of the monitored PV systems are stored in this database and made available to the users. The analysis allows comparisons between existing PV systems in different countries with different climatic conditions, PV plants using various system techniques and PV systems of different consumption behaviour.