首页> 外文会议>European Photovoltaic Solar Energy Conference and Exhibition >GRID-CONNECTED ROOF SOLAR PLANTS IN EDUCATIONAL INSTITUTIONS FOR TESTING AND ELECTRICITY GENERATION: A CASE IN SPAIN.
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GRID-CONNECTED ROOF SOLAR PLANTS IN EDUCATIONAL INSTITUTIONS FOR TESTING AND ELECTRICITY GENERATION: A CASE IN SPAIN.

机译:教育机构中用于测试和发电的格栅状屋顶太阳能植物:以西班牙为例。

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The use of photovoltaic experimental plants in engineering educational buildings contributes to an increase inacceptance of this technology by future engineers. There are some photovoltaic (PV) systems in educational buildings inSpain, but they are usually limited to buildings in relation to electrical technologies or research areas. They are not commonin other educational or official buildings. This paper presents the project of a grid-connected solar plant with two mainobjectives. First, different PV module technologies will be compared. Second, an emphasis on agronomical areas ineducational settings will be reviewed in an attempt to facilitate student engagement in the use of the power plant. The systemis grid-connected in order to pay-back the investment in the plant. In fact the electricity generated by the plant will be usedby the installations of the building, as it is the closest consumer. This work intends to approximate photovoltaic technologyto university degrees not directly related with it and at the same time research in comparison of systems with differenttechnologies. This is a good example of an solar plant for both optimum production and educational purposes.
机译:在工程教育大楼中使用光电实验设备有助于增加建筑面积。 未来的工程师会接受这项技术。在美国的教育建筑中有一些光伏(PV)系统 西班牙,但通常仅限于与电气技术或研究领域相关的建筑物。他们不常见 在其他教育或官方建筑中。本文介绍了一个具有两个主要特点的并网太阳能发电厂的项目 目标。首先,将比较不同的光伏组件技术。其次,重点放在 将审查教育环境,以促进学生参与使用发电厂。系统 与电网连接以偿还工厂的投资。实际上,工厂产生的电力将被使用 根据建筑物的安装,因为它是最近的消费者。这项工作旨在近似于光伏技术 与大学学位没有直接关系的大学,同时研究不同制度的比较 技术。这是用于最佳生产和教育目的的太阳能发电厂的一个很好的例子。

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