太阳能发电占比高的电力系统有功备用的确定

M. Senyuk, S. Eroshenko, I. V. Chunarev
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摘要

太阳能电站运行的随机性是其最显著的特点,这导致了电力系统短期和长期运行规划的困难。本文对实际电力系统中实际和规划的太阳能发电厂的档案数据进行了统计分析。根据调查的太阳能发电数据,确定了一些特征,可以根据季节和一天中的时间段确定太阳能发电厂偏离计划的大小和性质。在本文研究的基础上,提出了一种确定太阳能电站高渗透率电力系统预期发电量偏差的增强方法。该方法允许对现有方法进行修改,以确定系统操作员在机组承诺期间施加的约束,以确保系统可靠性,同时考虑到太阳能发电厂的不规则波动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Active power reserve determination for power system with high share of solar generation
The most significant feature of solar power plants is stochastic nature of their operation which causes the main problem — difficulties in short-term and long-term power system operation planning. In this paper statistical analysis of the actual and planned solar power plants' archive data of the real power system is presented. On the basis of the investigated solar generation data some features were identified allowing determination of the magnitude and nature of solar power plants deviation from the plan depending on season and period of the day. Based on the research presented in this paper, an augmented approach was developed to determine expected generation capacity deviations in power system with a high penetration of solar power plants. The approach allows modification of existing method for determination of the constraints which are being imposed by System Operator during unit commitment for ensuring system reliability with solar power plants irregular fluctuations taken into account.
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