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在统一坚强智能电网背景下,提出了一种模拟生物免疫系统自我调节功能的电力免疫系统进行电网自愈控制。介绍了电力免疫系统的组成及工作机制,探讨了基于电力免疫系统的自愈控制系统,阐述了电网自愈控制功能,并深入分析了免疫应答过程。该方法在解决电网自愈控制的复杂性问题方面具有优势,可以赋予电网自我学习、自我记忆、自我抵御的能力,对我国未来电网自愈控制的研究具有重要的借鉴意义。
In the background of unified and strong smart grid, a power immune system that simulates the self-regulation function of biological immune system is proposed to control grid self-healing. The composition and working mechanism of the power immune system are introduced. The self-healing control system based on the power immune system is discussed. The self-healing control function of the power grid is expounded and the immune response process is analyzed in depth. The method has advantages in solving the complexity problem of grid self-healing control and can give the grid self-learning, self-remembering and self-defending ability. It is of great reference significance for the research on future self-healing control of grid in our country.