Clustering of Electric Power Systems into Reliability Zones in Adequacy Assessment. Part 1

D. S. Krupenev, N. A. Belyaev, D. Boyarkin
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Abstract

The article deals with the issue of clustering electric power systems (EPS) into reliability zones for the formation of energy calculation models (ECM) of EPS, designed to perform calculations of adequacy indicators. The substantiation of the ECM detailing depth is based on taking into account two EPS properties: reliability, namely, on the basis of calculated estimates of the limits of applicability of deterministic and probabilistic reliability criteria, and economy, namely, on the basis of a comparison of cost estimates of measures to ensure reliability. In the first part of the article, to solve the problem, it is proposed to use a number of engineering approaches that take into account the reliability and efficiency of the EPS. The experimental studies section presents the results of applying the proposed algorithms for the formation of the ECM of the unified energy system of Siberia.
在充足性评估中将电力系统分组为可靠性区。第一部分
文章论述了将电力系统(EPS)划分为可靠性区域以形成 EPS 能源计算模型(ECM)的问题,该模型旨在执行充足性指标的计算。ECM 详细深度的证实基于对 EPS 两个特性的考虑:可靠性,即基于对确定性和概率性可靠性标准适用范围的计算估算;经济性,即基于对确保可靠性措施的成本估算的比较。在文章的第一部分,为了解决这个问题,建议使用一些考虑到 EPS 的可靠性和效率的工程方法。实验研究部分介绍了应用所建议的算法组建西伯利亚统一能源系统 ECM 的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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