2018
DOI: 10.1109/tsg.2016.2637958
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Control Strategies for Microgrids With Distributed Energy Storage Systems: An Overview

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Cited by 370 publications
(178 citation statements)
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“…With the development of multi-agent theory, the cooperative problem in the distributed system can be solved, due to its autonomy among the multiple DG agents, the consensus control and bidirectional information and energy interaction between power grid and MGs [164,165]. The complex and diverse combination modes among the DG units result in significant difficulties for the real-time control implementation of the MGC.…”
Section: B Mas-based Distributed Coordination Control Of the Microgrmentioning
confidence: 99%
“…With the development of multi-agent theory, the cooperative problem in the distributed system can be solved, due to its autonomy among the multiple DG agents, the consensus control and bidirectional information and energy interaction between power grid and MGs [164,165]. The complex and diverse combination modes among the DG units result in significant difficulties for the real-time control implementation of the MGC.…”
Section: B Mas-based Distributed Coordination Control Of the Microgrmentioning
confidence: 99%
“…Recently, distributed approaches for energy management and control of electrical power systems, including economic dispatch, have drawn a lot of attention. 1,2 On one hand, the technological shifting of power generation toward distributed production, particularly power generation that is based on renewable sources, requires a different control approach than the conventional centralized one and results in the development of distributed approaches. For example, in order to deal with the intermittency issue of renewable energy production, storage units might be utilized.…”
Section: Introductionmentioning
confidence: 99%
“…For example, in order to deal with the intermittency issue of renewable energy production, storage units might be utilized. 2 In addition to dispatchable distributed generation units, these storage devices must also be controlled. Therefore, the dimension of control inputs/decisions might become very large and a centralized control scheme might not be able to handle the computational loads.…”
Section: Introductionmentioning
confidence: 99%
“…A agregação de inteligência em microrredes tem, portanto, um papel fundamental na manipulação adequada destes recursos energéticos, como no caso de geradores dispersos ao longo de uma rede, fazendo com que estas unidades contribuam para um bem global pré-determinado. Dentre os principais benefícios da adequada operação de tais GDs, que podem incluir ainda armazenamento de energia e integração com fontes renováveis, destacam-se a habilidade de autonomamente direcionar fluxos de potência [2], oferecer estabilização de tensão, melhoria da qualidade da energia elétrica, entre outros [3].…”
Section: Introductionunclassified
“…A agregação de inteligência em microrredes tem, portanto, um papel fundamental na manipulação adequada destes recursos energéticos, como no caso de geradores dispersos ao longo de uma rede, fazendo com que estas unidades contribuam para um bem global pré-determinado. Dentre os principais benefícios da adequada operação de tais GDs, que podem incluir ainda armazenamento de energia e integração com fontes renováveis, destacam-se a habilidade de autonomamente direcionar fluxos de potência [2], oferecer estabilização de tensão, melhoria da qualidade da energia elétrica, entre outros [3].Arquiteturas de microrredes [4] são classificadas como centralizadas ou decentralizadas de acordo com o ponto de concentração e processamento de informações operacionais. No primeiro caso, um controlador centralizado é responsável pelo compartilhamento de potência entre os GDs, o qual pode incluir informações externas como exigências da concessionária, e condições de mercado e climáticas.…”
unclassified