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This paper describes new planning principles for rural low voltage networks, which have to be significantly expanded due to the required integration of distributed energy resources. The planning principles focus on the optimized use of innovative technologies (like feed-in management and voltage controller) in order to lower the total costs of necessary network reinforcement. In order to derive these...
In recent years, the power generation and consumption in Germany have undergone fundamental changes. New political regulations and the renewable energy law have resulted in a sharp increase in the installed generation capacities of photovoltaics connected to a low voltage grid. Distribution system operators are faced with the challenge of preventing grid component overload as well as a violation of...
The paper covers the derivation and application of new load approaches of private households for low-voltage power calculations especially in rural areas. In these areas private households have an over-average amount on consumption and a relatively high penetration of dispersed generation. That is why private households have a high relevance for an innovative and smart low voltage grid design. Therefore...
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...
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