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Operational experiences with inertial response provided by type 4 wind turbines

机译:4型风力发电机提供惯性响应的运行经验

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The need for inertial response provided by wind turbines (WTs) has been discussed in the industry for more than five years now. Yet, as of today only very few grid codes include specific requirements. Hence, the number of wind farms in commercial operation using such frequency control features is low, and knowledge of the real capabilities and limitations of inertial response from WTs is limited. The objective of this article was to summarise and to assess two years of operational experience with inertial response provided by type 4 WTs installed in a 138 MW wind farm in the Canadian province of Québec. In order to put the topic into context, existing and anticipated future grid code requirements in respect to inertial response as well as related performance criteria were summarised. Data from high-frequency measurement devices recorded at various operating conditions and grid situations was downloaded and processed. The actual performance was compared with the expected characteristics for each of the measurements, which allowed identifying areas for further development. Results of dynamic simulations demonstrated that the methodology and the models used for frequency control studies need to be improved.
机译:风力涡轮机(WTs)对惯性响应的需求已经在业界讨论了五年多了。但是,到目前为止,只有极少数的网格代码包含特定要求。因此,使用这种频率控制特征的商业运行中的风电场数量很少,并且对实际能力的认识以及来自WT的惯性响应的局限性也很有限。本文的目的是总结并评估两年安装在加拿大魁北克省138兆瓦风电场中的4型风力发电机提供惯性响应的运行经验。为了将主题放在上下文中,总结了关于惯性响应的现有和预期的未来网格规范要求以及相关的性能标准。下载并处理了在各种操作条件和电网情况下记录的来自高频测量设备的数据。将实际性能与每个测量的预期特性进行比较,从而可以确定需要进一步开发的领域。动态仿真结果表明,用于频率控制研究的方法和模型需要改进。

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