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引用次数: 0
摘要
本文全面回顾了为缓解双馈感应发电机风电场（DFIG-WPs）和串联电容器补偿电网之间的次同步相互作用（SSI）而提出的补充阻尼控制器（SDCs）。首先，厘清了次同步控制相互作用（sub-synchronous control interaction， SSCI）和感应发电机效应（induction generator effect， IGE）这两个术语，阐述了它们在串联补偿dfig - wp中的发生条件和不稳定机制。在此基础上，提出了SDCs的通用设计和测试框架，包括关键方面的选择和调整，以及减缓性能、瞬态响应和实际实施的测试。考虑到控制结构，现有文献中的SDCs主要分为四种类型。对它们的优点和局限性进行了深入的讨论。最后，指出了考虑数据驱动技术，开发高效、鲁棒的自适应SDCs的未来发展方向。
Review on DFIG Supplementary SSI Damping Controllers: Design, Development, and Directions
This paper presents a comprehensive review of the supplementary damping controllers (SDCs) proposed for the mitigation of sub-synchronous interaction (SSI) between doubly-fed induction generator-based wind parks (DFIG-WPs) and series capacitor compensated grids. First, the terms sub-synchronous control interaction (SSCI) and induction generator effect (IGE) are clarified by delineating their occurrence conditions and instability mechanisms in series compensated DFIG-WPs. Then, a generic design and testing framework of SDCs is proposed as a basis including the selection and adjustment of key aspects, and tests of mitigation performance, transient response and practical implementation. SDCs in the existing literature are classified into four main types considering the control structures. Their strengths and limitations are thoroughly discussed. Finally, the future directions are indicated to develop adaptive SDCs with high efficacy and robustness considering data-driven techniques.
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