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Security-constrained unit commitment with integration of battery storage in wind power plant

机译:安全受限的单位承诺与风电厂电池储存集成

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There is a global tendency towards using Distributed Generation (DG) and renewable energy resources. Considering low utilization cost and low undesirable environmental effects, wind farms have become a considerable resource for producing electrical energy in many countries. Since Wind farms are not programmable and their power output which depends on weather and wind speed is uncertain, they create problems for utilizing electricity system. There are different methods for preserving system stability against the uncertainty of wind power plants. Optimal utilization of pumped storage and gas resources is one of the approaches for reducing production risk of wind farms. In this paper, it is tried to make wind farms programmable through employing batteries reserving electrical energy in wind farms. The numerical results show the effectiveness of the proposed approach.
机译:全球倾向于使用分布式发电(DG)和可再生能源资源。考虑到低利用率成本和低不合需要的环境影响,风电场已成为在许多国家生产电能的相当大的资源。由于风电场不是可编程的,并且它们的功率输出取决于天气和风速不确定,它们会产生利用电力系统的问题。存在不同的方法,以防止系统稳定性抵御风力发电厂的不确定性。泵送储存和天然气资源的最佳利用是减少风电场生产风险的方法之一。在本文中,试图通过在风电场内使用电池进行电池来制造风电场。数值结果表明了提出的方法的有效性。

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