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Agent based power system transient stability enhancement

机译:基于代理的电力系统暂态稳定性增强

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This paper describes an intelligent agent approach to power system fault diagnosis during disturbance condition for the enhancement of the transient stability with better coordination of protection devices using auto-reclosing technique. The protection device agents can dynamically adapt the change in the system and thus they have the full flexibility to act accordingly. The modern electric power system is most capital investive and vast complex network with increasing interconnections, various tie lines, large number of electrical devices, etc. So the recent researches indicate a more flexible way to increase both the resilience and efficiency by the combination of top-down and bottom-up intelligent autonomous decision making into power system communication and control architecture using multi-agent technology.
机译:本文介绍了一种智能代理方法,用于在故障情况下进行电力系统故障诊断,以通过使用自动重合闸技术更好地协调保护装置来增强暂态稳定性。保护设备代理可以动态地适应系统的变化,因此它们具有采取相应行动的完全灵活性。现代电力系统是最耗资的投资,并且网络庞大,网络复杂,互连性不断增加,各种联络线,电气设备数量众多等。因此,最近的研究表明,通过结合使用顶级技术,可以更灵活地提高弹性和效率自上而下和自下而上的智能自主决策,采用多智能体技术将其转化为电力系统的通信和控制架构。

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