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A decentralized multi-agent approach to prevent voltage collapse in a large power system

机译:一种分散式多主体方法,可防止大型电力系统中的电压崩溃

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This paper presents a decentralized control system using multi-agent technology to prevent voltage collapse of a large power system following a catastrophic event involving multiple contingencies. The proposed automatic control system is employed to identify the affected region by the disturbances and to activate timely countermeasures. The modified IEEE-57 bus test power system has been used for simulation and the simulation was done in PSAT software. The multi-agent system has been implemented in Java language using JADE (Java Agent Development Framework). The results from the case studies indicate the efficiency of the proposed approach.
机译:本文提出了一种分散控制系统,该系统采用多智能体技术来防止大型电力系统在涉及多种突发事件的灾难性事件后发生电压崩溃。所提出的自动控制系统被用于识别干扰所影响的区域并及时采取对策。修改后的IEEE-57总线测试电源系统已用于仿真,并且仿真是在PSAT软件中完成的。多代理系统已使用JADE(Java代理开发框架)以Java语言实现。案例研究的结果表明了该方法的有效性。

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