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The research on multi-agent system for microgrid control and optimization

机译:微电网控制与优化的多智能体系统研究

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摘要

In modern era, the awareness of green energy technologies in the Microgrid (MG) is highly adopted in order to reduce the CO2 emission and for a clean environment. The distributed energy resources, such as solar photo voltaic (PV), solar combine heat and power (CHP), diesel engines, small wind turbines and fuel cell technologies are evolving within the power system. The control and maintenance of this power have great effect on power systems. For optimal use of electric power in MGs, the Multi-Agent System(MAS) technology is adopted and has certain applications in the power systems. This research article mainly focuses on MAS technologies used for the control of MG, its optimization and market distribution. A fully controlled architecture of MG using MAS with different optimization techniques applied to renewable energy sources has been deliberate. Moreover, comparison of centralized and decentralized approach of a MG is also discussed in this article.
机译:在现代时代,微电网(MG)中绿色能源技术的意识得到了广泛采用,以减少CO2排放并实现清洁环境。分布式能源,例如太阳能光伏(PV),太阳能热电联产(CHP),柴油发动机,小型风力涡轮机和燃料电池技术正在电力系统内发展。此电源的控制和维护对电源系统有很大影响。为了使MG中的电力得到最佳利用,采用了Multi-Agent System(MAS)技术,该技术在电力系统中具有一定的应用。本文主要研究用于MG控制的MAS技术,其优化和市场分布。一直在考虑使用MAS的MG的完全受控架构,并将其应用于可再生能源的优化技术有所不同。此外,本文还讨论了MG的集中式和分散式方法的比较。

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