The invention belongs to the field of high-altitude wind power generation systems AWES, and particularly relates to a self-adaptive height adjusting device for a floating wind power generation platform. Data are collected in real time through a camera and/or various sensors so as to measure the wind speed of each height within the range of the whole mooring cable, and then the automatic cable winding device is controlled to wind and unwind the floating part of the AWES; after an automatic height adjusting system is integrated, the height of the floating part can be adjusted to the optimal wind speed interval in a full-automatic and self-adaptive mode in real time, unattended operation is achieved while the wind energy utilization rate is increased, the maintenance cost of the aerostat is greatly reduced, and the overall power generation efficiency of the system is improved.
本发明属于高空风力发电系统AWES领域,具体涉及一种用于浮空风力发电平台的自适应高度调节装置。本发明通过采用摄像机和/或多种传感器实时采集数据,以测量整个系留索范围内的各高度的风速,进而控制自动卷缆装置收放高空风力发电系统AWES的浮空部;集成自动高度调节系统后,可以全自动自适应实时调节浮空部的高度至最佳风速区间,提高风能利用率的同时实现无人值守,大大降低了浮空器的维护成本,并提高了系统整体的发电效率。
Self-adaptive height adjusting device for floating wind power generation platform
一种用于浮空风力发电平台的自适应高度调节装置
2022-11-01
Patent
Electronic Resource
Chinese
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