A reliability optimization algorithm with average dual estimates for electric power systems

Krupenev D. S.; Perzhabinsky S. M.

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A reliability optimization algorithm with average dual estimates for electric power systems

机译：一种可靠性优化算法，电力系统平均双估计

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摘要

We suggest an algorithm to optimize reliability of an electric power system. The algorithm uses the averaged dual estimates of power generation and power flow constraints. The average values of dual estimates are found by analyzing electric power system reliability. The developed algorithm is based on the enumeration of alternative system reconfiguration scenarios, while the study of average dual estimates allows to reduce the number of scenarios considered. Finally, we present the results of numeric simulations.

机译：我们建议一种优化电力系统可靠性的算法。该算法使用发电和功率流量约束的平均双估计。通过分析电力系统可靠性，发现了双重估计的平均值。开发的算法基于替代系统重新配置方案的枚举，而平均双估计的研究允许减少考虑的场景的数量。最后，我们介绍了数字模拟的结果。

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《Automation and Remote Control》 |2017年第12期|共7页
作者
Krupenev D. S.; Perzhabinsky S. M.;
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作者单位

Russian Acad Sci Siberian Branch Melentiev Energy Syst Inst Irkutsk Russia;

Russian Acad Sci Siberian Branch Melentiev Energy Syst Inst Irkutsk Russia;

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原文格式 PDF
正文语种 eng
中图分类远动化系统;
关键词
electric power system; adequacy; reliability analysis and optimization;

机译：电力系统;充足性;可靠性分析和优化;

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专利

1. A reliability optimization algorithm with average dual estimates for electric power systems [J] . Krupenev D. S., Perzhabinsky S. M. Automation and Remote Control . 2017,第12期

机译：一种可靠性优化算法，电力系统平均双估计
2. Gray wolf optimizer approach to the reliability-cost optimization of residual heat removal system of a nuclear power plant safety system [J] . Kumar Anuj, Pant Sangeeta, Ram Mangey Quality and Reliability Engineering International . 2019,第7期

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3. ROBUST METHODS OF ESTIMATING THE STATE OF ELECTRIC POWER SYSTEMS USING CHECK EQUATIONS AND THEIR IMPLEMENTATION USING GENETIC ALGORITHMS [J] . A.Z. GAMM, I.N. KOLOSOK, R.A. ZAIKA Electrical Technology Russia . 2005,第4期

机译：用检验方程估算电力系统状态的稳健方法及其遗传算法的实现
4. Algorithm for the adequacy discrete optimization by using dual estimates when planning the development of electric power systems [C] . Dmitry Krupenev, Sergei Perzhabinsky International Scientific Conference on Electric Power Engineering . 2016

机译：规划电力系统开发时使用对偶估计的充分离散优化算法
5. Reliability assessment of electric power systems using genetic algorithms. [D] . Amin Aziz Samaan, Nader. 2004

机译：使用遗传算法的电力系统可靠性评估。
6. Multi-objective optimization of MOSFETs channel widths and supply voltage in the proposed dual edge-triggered static D flip-flop with minimum average power and delay by using fuzzy non-dominated sorting genetic algorithm-II [O] . Farshid Keivanian, Nasser Mehrshad, Abolfazl Bijari -1

机译：拟议的双边沿触发静态D型触发器中的MOSFET沟道宽度和电源电压的多目标优化采用模糊非支配排序遗传算法II
7. The Approach of Genetic Algorithms Application on Reactive Power Optimization of Electric Power Systems [O] . RuiJin Zhu 2018

机译：遗传算法应用对电力系统无功优化的应用
8. Mine Electrical Power Systems. Transients Protection, Reliability Investigation, and Safety Testing of Mine Electrical Power Systems. Volume II--Reliability of Mine Electrical Power Systems [R] . Venkata, S. S. , Chinnarao, M. , Collins, E. W. , 1979

机译：矿用电力系统。矿用电力系统的瞬态保护，可靠性研究和安全测试。第二卷 - 矿用电力系统的可靠性

A reliability optimization algorithm with average dual estimates for electric power systems

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