堆栈式集成学习驱动的电力系统暂态稳定预防控制优化方法
摘要：针对暂态稳定预防控制在线计算的快速性要求和时域方程计算复杂性之间的矛盾，提出一种堆栈式集成学习驱动的电力系统暂态稳定预防控制优化方法。首先，构建了基于堆栈式集成深度置信网络的暂态稳定评估器，用以代替暂态稳定判定所需的非线性微分代数方程求解过程；其次，将训练好的暂态稳定评估器作为暂态稳定约束判别器，嵌入帝企鹅启发式优化算法的迭代寻优过程中；最后，以预防控制代价最小为目标，建立集成学习驱动的电力系统暂态稳定预防控制启发式优化算法，该算法实现了预防控制中暂态稳定约束的高效判断，提高了发电再调度预防控制决策水平。基于IEEE39节点系统对所提预防控制优化方法进行实验验证，结果表明，该方法在评估准确率和计算效率上都具有良好的效果。
Abstract:Aiming at the contradiction between the rapidity requirement of online calculation of transient stability preventive control and the computational complexity of time-domain equations, a stacking ensemable learning driven optimization method for power system transient stability preventive control was proposed. Firstly, a transient stability estimator based on a stacking ensemble deep belief network was constructed to replace the nonlinear differential algebraic equation solution process required for transient stability determination. Secondly, the trained transient stability estimator was used as a transient stability constraint discriminator, which was embedded in the iterative optimization process of the Aptenodytes Forsteri optimization algorithm. Finally, with the goal of minimizing the cost of preventive control, a stacking ensemble learning driven power system transient stability preventive control optimization algorithm was established. The algorithm realized the efficient judgment of transient stability constraints in preventive control, and improved the decision-making level of preventive control for power generation rescheduling. Based on the IEEE39 bus system, the proposed preventive control method was verified by experiments. The results show that the method has achieved good results in both evaluation accuracy and calculation efficiency.
标题：堆栈式集成学习驱动的电力系统暂态稳定预防控制优化方法
title:Power System Transient Stability Preventive Control Optimization Method Driven by Stacking Ensemble Learning
作者：潘晓杰, 徐友平, 解治军, 王玉坤, 张慕婕, 石梦璇, 马坤, 胡伟
authors:Xiaojie PAN, Youping XU, Zhijun XIE, Yukun WANG, Mujie ZHANG, Mengxuan SHI, Kun MA, Wei HU
关键词：电力系统,堆栈式集成学习,帝企鹅启发式优化算法,暂态稳定,预防控制,
keywords:power system,stacking ensemble learning,Aptenodytes Forsteri optimization algorithm,transient stability,preventive control,
发表日期：2023-12-31
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