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Integral distribution grid planning process considering the impact of heat pump systems | IEEE Conference Publication | IEEE Xplore

Integral distribution grid planning process considering the impact of heat pump systems


Abstract:

With the rising amount of volatile distributed generation and high power electric loads in the distribution system, the supply task in the context of network planning is ...Show More

Abstract:

With the rising amount of volatile distributed generation and high power electric loads in the distribution system, the supply task in the context of network planning is changed significantly. These units are often installed on a low- or medium-voltage level and influence the loading situation in all voltage levels. Their behavior is often influenced by the environmental conditions. To face these challenges, a multi-agent-system (MAS), which determines the behavior of network participants on a time-series base, is developed. The simulation software determines the loading state of the grid levels and enables an integral analysis of the distribution system. In this contribution, the implementation of an agent representing the electric characteristics of heat pump units and the disaggregated power flow calculation approach is outlined. The developed integral network simulation system is presented in a multi-level benchmark grid and opportunities for the future planning process are outlined.
Date of Conference: 20-24 June 2016
Date Added to IEEE Xplore: 11 August 2016
ISBN Information:
Conference Location: Genoa, Italy

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