Optimal Tuning of Transient Stability Constraint Optimal power Flow problem using a Grey Wolf Optimization

机译：使用灰狼优化对暂态稳定约束最优潮流问题的优化调整

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Transient stability constraint based optimal power flow (TSC-OPF) problem is a major area of research for the research community. A relatively new optimization approach namely, grey wolf optimization (GWO) has been proposed in this novel study to explain the TSC-OPF problem efficiently. Here authors tries his best to explain philosophy of this technique. In this analysis work, here the TSC-OPF problem has solved by comparing other techniques with GWO. The superiority of the proposed GWO technique of solving TSC-OPF problem being validated by considering case studies of New England 10- machine, 39-bus system and WSCC 3-machine, 9-bus system. The allusive after-effects announce that the proposed GWO access is abundant added computationally able than added accepted techniques and is able for solving TSC-OPF job.

机译：基于瞬态稳定性约束的最优功率流（TSC-OPF）问题是研究界的主要研究领域。在这部小型研究中提出了一种相对较新的优化方法，即灰狼优化（GWO），以有效地解释TSC-OPF问题。这里作者试图最好解释这种技术的哲学。在该分析工作中，这里通过比较与GWO的其他技术进行了解决的解决方案问题。通过考虑新英格兰10机器，39总线系统和WSCC 3机，9总线系统的案例研究，验证了求解TSC-OPF问题的GWO技术的优越性。框架宣布所提出的GWO接入是计算最丰富的计算能够比添加的接受技术更丰富，并且能够解决TSC-OPF作业。

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《International Conference on Computer, Electrical Communication Engineering》|2019年|1-7|共7页
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Shahanshah Alam; Sourav Paul; Provas Kumar Roy;
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Generators; Power system stability; Optimization; Fuels; Transient analysis; Stability criteria; Mathematical model;

机译：发电机;电力系统稳定性;优化;燃料;瞬态分析;稳定性判据;数学模型;

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1. Improved Optimal Power Flow for a Power System Incorporating Wind Power Generation by Using Grey Wolf Optimizer Algorithm [J] . Haddi Sebaa, Bouketir Omrane, Bouktir Tarek Advances in Electrical and Electronic Engineering . 2018,第4期

机译：灰狼优化算法的风力发电并网发电系统优化最优潮流
2. A high-performance crisscross search based grey wolf optimizer for solving optimal power flow problem [J] . Meng Anbo, Zeng Cong, Wang Peng, Energy . 2021,第Juna15期

机译：基于高性能的灰狼优化器搜索最佳功率流动问题
3. Application of Grey Wolf Optimizer Algorithm for Optimal Power Flow of Two-Terminal HVDC Transmission System [J] . Hassan Heba Ahmed, Zellagui Mohamed Advances in Electrical and Electronic Engineering . 2018,第5期

机译：灰狼优化算法在两端高压直流输电系统最优潮流中的应用
4. Optimal Tuning of Transient Stability Constraint Optimal power Flow problem using a Grey Wolf Optimization [C] . Shahanshah Alam, Sourav Paul, Provas Kumar Roy International Conference on Computer, Electrical Communication Engineering . 2019

机译：灰羽优化的瞬态稳定约束最佳功率问题的最佳调整
5. Transient stability-constrained optimal power flow using improved differential evolution and parallel computing. [D] . Cai, Hua Rong. 2008

机译：使用改进的差分演化和并行计算，可在瞬态稳定状态下约束最优潮流。
6. Optimal Placement of Unified Power Flow Controllers to Improve Dynamic Voltage Stability Using Power System Variable Based Voltage Stability Indices [O] . Fadi M. Albatsh, Shameem Ahmad, Saad Mekhilef, -1

机译：使用基于电力系统变量的电压稳定性指标来优化统一潮流控制器的位置以提高动态电压稳定性
7. Improved Optimal Power Flow for a Power System Incorporating Wind Power Generation by Using Grey Wolf Optimizer Algorithm [O] . Sebaa Haddi, Omrane Bouketir, Tarek Bouktir 2018

机译：通过使用灰狼优化器算法改善了利用风力发电的电力系统的最佳功率流量

Optimal Tuning of Transient Stability Constraint Optimal power Flow problem using a Grey Wolf Optimization

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