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An LFB-based algorithm for fast recovery of a power system from contingencies

机译:基于LFB的电力系统从突发事件中快速恢复的算法

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Power systems are becoming older and more intense. Thus, disturbances are inevitable and it is important to develop a powerful methodology to lessen the damages afterward. This paper proposes a new linear formulation based on an approximated version of AC power flow model to compromise between speed and accuracy of decision making process. In the proposed method, voltage and reactive power violations as well as transmission system overloads are alleviated by either or both of generation rescheduling and load shedding. The developed method adopts the line flows and square of voltage magnitudes as the problem state variables. Simulation results on the IEEE-RTS96 system reveal that the proposed method outperforms both the conventional and heuristic approaches from the execution time and the computational effort viewpoints while keeping the accuracy of the results.
机译:电力系统正在变得越来越老和越来越强大。因此,干扰是不可避免的,重要的是开发一种强大的方法来减少事后的损失。本文基于AC潮流模型的近似版本,提出了一种新的线性公式,以在决策过程的速度和准确性之间进行折衷。在提出的方法中,通过重新安排发电量和减少负荷来缓解电压和无功功率违规以及传输系统过载。所开发的方法采用线流量和电压幅值的平方作为问题状态变量。在IEEE-RTS96系统上的仿真结果表明,从执行时间和计算工作量的角度来看,所提出的方法优于传统方法和启发式方法,同时保持了结果的准确性。

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