Individual/collective blade pitch control of floating wind turbine based on adaptive second order sliding mode

Zhang Cheng; Plestan Franck

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Individual/collective blade pitch control of floating wind turbine based on adaptive second order sliding mode

机译：基于自适应二阶滑动模式的浮风涡轮机的个体/集体叶片俯仰控制

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摘要

A new control strategy based on adaptive second order sliding mode approach is applied to a floating wind turbine system in the above rated region. This adaptive controller is well adapted to a highly nonlinear system as floating wind turbine, and can be easily implemented with very reduced knowledge of modeling. The proposed controller partially based on multi-blade coordinates transformation combines collective and individual collective blade pitch control, for power regulation, platform pitch motion reduction and reduction of blades fatigue load. The proposed controller is implemented on FAST simulator and shows high level of performances.

机译：基于自适应二阶滑动模式方法的新控制策略应用于上述额定区域中的浮风涡轮机系统。该自适应控制器很好地适用于高度非线性系统作为浮动风力涡轮机，并且可以通过非常简单的建模知识来容易地实现。所提出的控制器部分基于多刀片坐标转换结合了集体和各个集体刀片桨距控制，用于功率调节，平台间距运动减小和叶片疲劳负荷的降低。所提出的控制器在快速模拟器上实现并显示出高度的性能。

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来源
《Ocean Engineering》 |2021年第15期|108897.1-108897.11|共11页
作者
Zhang Cheng; Plestan Franck;
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作者单位

Ecole Cent Nantes UMR CNRS 6004 LS2N F-44321 Nantes France;

Ecole Cent Nantes UMR CNRS 6004 LS2N F-44321 Nantes France;

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原文格式 PDF
正文语种 eng
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关键词
Second order sliding mode; Adaptive control; Floating wind turbine; Blade pitch control;

机译：二阶滑动模式;自适应控制;浮风式风力涡轮机;刀片间距控制;

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专利

1. Adaptive super-twisting control of floating wind turbines with collective blade pitch control [J] . C. Zhang, S.V. Gutierrez, F. Plestan, IFAC PapersOnLine . 2019,第4期

机译：带有集体叶片桨距控制的浮式风力发电机的自适应超扭曲控制
2. Model-based fault detection, fault isolation and fault-tolerant control of a blade pitch system in floating wind turbines [J] . Cho Seongpil, Gao Zhen, Moan Torgeir Renewable energy . 2018,第MAY期

机译：浮式风力发电机叶片变桨系统的基于模型的故障检测，故障隔离和容错控制
3. Experimental validation of model-based blade pitch controller design for floating wind turbines: system identification approach [J] . Hara N., Tsujimoto S., Nihei Y., Wind Energy . 2017,第7期

机译：基于模型的浮式风力发电机叶片变桨控制器设计的实验验证：系统识别方法
4. ADAPTIVE INDIVIDUAL BLADE PITCH CONTROL TO REDUCE PLATFORM PITCH MOTION OF A FLOATING OFFSHORE WIND TURBINE: PRELIMINARY STUDY [C] . Kaman Thapa Magar, Mark J. Balas ASME conference on smart materials, adaptive structures and intelligent systems . 2014

机译：自适应浮动叶片桨距控制减少浮动海上风轮机的平台桨距运动：初步研究
5. Optimizing Blade Pitch Control of Wind Turbines with Preview Measurements of the Wind. [D] . Dunne, F. 2016

机译：通过预览风来优化风力涡轮机的桨距控制。
6. Computationally Inexpensive Approach for Pitch Control of Offshore Wind Turbine on Barge Floating Platform [O] . Shan Zuo, Y. D. Song, Lei Wang, 2013

机译：驳船漂浮平台上海上风力发电机俯仰控制的计算廉价方法
7. Individual Blade Pitch Control of Floating Offshore Wind Turbines for Load Mitigation and Power Regulation [O] . Saptarshi Sarkar, Breiffni Fitzgerald, Biswajit Basu 2021

机译：浮动近海风力涡轮机的单个刀片俯仰控制，用于负载缓解和功率调节

Individual/collective blade pitch control of floating wind turbine based on adaptive second order sliding mode

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