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Status of research and development for lidar-assisted wind turbine control in Japan

机译：日本激光雷达辅助风力涡轮机控制的研发现状

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摘要

The status of research and development for the lidar-assisted wind turbine control in Japan is shown. Two projects have been performed using Mitsubishi Electric's 9-beam wind lidars. The overview of the projects, in addition to the configuration of the lidar, is introduced.

机译：显示了日本激光乐辅助风力涡轮机控制的研发现状。使用三菱电气的9梁风楣进行了两个项目。介绍了该项目的概述，除了LIDAR的配置之外，还被介绍。

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来源
《Coherent laser radar conference》|2018年|340 p.|共2页
会议地点
作者
Yasunari Kamada; Hirokazu Kawabata; Yutaka Kajiyama; Nobuki Kotake; Tetsuya Kogaki; Takao Maeda;
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原文格式 PDF
正文语种
中图分类光学定位雷达、激光雷达;
关键词
Coherent laser radar; Lidar-assisted turbine control; Wind; Doppler;

机译：连贯的激光雷达;激光乐辅助涡轮机控制;风;多普勒;

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专利

1. A New Decentralized Pitch Control Scheme for Wind Turbines * * Paper prepared for IFAC open invited session: Wind turbine and wind farm control: Control challenges and solutions. [J] . Stefano Cacciola, Carlo E.D. Riboldi, Alessandro Croce IFAC PapersOnLine . 2017,第1期

机译：一种新的风力发电机分散式变桨控制方案 * * 为IFAC公开邀请会议准备的文件：风力发电机和风电场控制：控制挑战和解决方案。
2. The 6th International Conference on Power and Energy Systems Engineering (CPESE 2019), September 20–23, 2019, Okinawa, Japan Efficacious pitch angle control of variable-speed wind turbine using fuzzy based predictive controller [J] . Atif Iqbal, Deng Ying, Adeel Saleem, Energy Reports . 2020,第1期

机译：第六次国际权力和能源系统会议工程（CPESE 2019），2019年9月20日至23日，冲绳，日本使用模糊的预测控制器的可变速度风力涡轮机的有效俯仰角度控制
3. Development of Power Electronics ,Buck Boost Converter, Based PI-PID Control On Horizontal Wind Turbine Generation, For Low Rate Wind speed [J] . Ali Musyafa, Ivan Rachman Gustawan, M.Khamim Asy’ari, Australian Journal of Basic and Applied Sciences . 2017,第2016期

机译：电力电子技术，降压升压转换器，基于PI-PID的水平风力发电机发电控制，以实现低速风速
4. Status of research and development for lidar-assisted wind turbine control in Japan [C] . Yasunari Kamada, Hirokazu Kawabata, Yutaka Kajiyama, . 2018

机译：日本激光雷达辅助风力发电机控制的研发现状
5. Lidar-assisted feedforward and feedback control design for wind turbine tower load mitigation and power capture enhancement. [D] . Wang, Na. 2013

机译：激光雷达辅助的前馈和反馈控制设计，用于减轻风机塔架的负荷并增强功率捕获。
6. Trailing-Edge Flap Control for Mitigating Rotor Power Fluctuations of a Large-Scale Offshore Floating Wind Turbine under the Turbulent Wind Condition [O] . Bofeng Xu, Junheng Feng, Tongguang Wang, 2018

机译：湍流风能下用于减轻大型近海浮动风力涡轮机的转子电力波动的后缘襟翼控制
7. Detection of wind evolution and lidar trajectory optimization for lidar-assisted wind turbine control [O] . Schlipf, David, Haizmann, Florian, Cosack, Nicolai, 2015

机译：激光雷达辅助风力机控制的风演变和激光雷达轨迹优化检测

Status of research and development for lidar-assisted wind turbine control in Japan

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