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E-Home Energieprojekt 2020

机译:2020年电子家庭能源项目

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摘要

E.ON Avacon AG launched a three-year pilot project in 2011 to examine the future needs of low voltage grids. The project will be scientifically monitored by the Energie-Forschungszentrum Niedersachsen (EFZN). The aim of the supporting research is to investigate the impact of new components on the low voltage grids. One focus is on increasing the penetration of photovoltaic systems through the use of on-load tap-changing transformers. In addition thereto, a field test with a plurality of measurement campaigns is carried out. Previously, each participating household was equipped with electric vehicles, photovoltaic systems, air conditioner and smart meters. Also the measured values are recorded centrally and are available for evaluation. When using a few reference grids for representation of the entire low-voltage grid, high inaccuracies in the transmittance of the results on the entire grid can be expected. The creation of synthetic grid structures may be an alternative to the use of representative grids. The advancing change of the grid demand from a pure supply task to a mix of power demand and infeed has to be regarded in this context. This development demands the definition of new load approaches, which can be used in future grid calculations. In addition to the technical issues, economic, legal and sociologic themes are examined.
机译:E.ON Avacon AG在2011年启动了一个为期三年的试点项目,以研究低压电网的未来需求。 Energie-Forschungszentrum Niedersachsen(EFZN)将对该项目进行科学监控。支持性研究的目的是研究新组件对低压电网的影响。一个重点是通过使用有载分接变换变压器来提高光伏系统的渗透率。除此之外,还进行了具有多个测量活动的现场测试。以前,每个参与的家庭都配备了电动汽车,光伏系统,空调和智能电表。测量值也被集中记录并可供评估。当使用几个参考栅格来表示整个低压栅格时,可以预期结果在整个栅格上的透射率会存在很大的误差。合成网格结构的创建可以替代代表性网格的使用。在这种情况下,必须考虑将电网需求从单纯的供应任务转变为电力需求和供电的混合。这种发展需要定义新的负载方法,可以在未来的网格计算中使用。除技术问题外,还研究了经济,法律和社会学主题。

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