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Beer, Sebastian and Tröschel, Martin

Booktitle

Information Technologies in Environmental Engineering

Abstract

Considering future energy supply infrastructures, distributed energy resources like micro-combined heat and power or photovoltaic plants are expected to increasingly pervade the public power grid. For supply companies, such decentralised power generation capacities provide the beneficial potential to cover demand peak loads of electrical power on level of the public grid by means of a systematic operation of the distrib-uted components.The following work presents MACE, an agent-based control system for distributed energy resources in low voltage power grids. To level the global load progression of a given cluster, agents coordinate power gen-eration and consumption of the underlying households by means of supply-demand-matching. In conclusion, an evaluation based on different simula-tion scenarios shows that the described technique is suitable for covering peak loads on level of the public grid.

Publishing date

5 / 2009

Type of Publication

inproceedings

Publisher

Springer-Verlag Berlin Heidelberg

Projects

FEN
Forschungsverbund Energie Niedersachsen

Editor

I. N. Athanasiadis, P. A. Mitkas, A. E. Rizzoli, J. M. Gómez