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Publicação
Multi-agent electricity market simulation with dynamic strategies & virtual power producers
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Orientador(es)
Resumo(s)
Distributed energy resources will provide a significant amount of the electricity generation and will be a normal profitable business. In the new decentralized grid, customers will be among the many decentralized players and may even help to co-produce the required energy services such as demand-side management and load shedding. So, they will gain the opportunity to be more active market players. The aggregation of DG plants gives place to a new concept: the Virtual Power Producer (VPP). VPPs can reinforce the importance of these generation technologies making them valuable in electricity markets. In this paper we propose the improvement of MASCEM, a multi-agent simulation tool to study negotiations in electricity spot markets based on different market mechanisms and behavior strategies, in order to take account of decentralized players such as VPP.
Descrição
Palavras-chave
Sustainable development Decision-making Distributed generation Electricity markets Intelligent agents coalitions Virtual power porducers
Contexto Educativo
Citação
Editora
IEEE