An omni-directional excitation swing type wind wave combined power generation platform energy obtaining and stabilization method comprises the following steps that a semi-submersible platform serves as a foundation, and a floating platform is constructed by fixing the relative positions of three pile legs through a connecting frame; a damping mechanism is installed in the middle of each connecting rod of the floating type platform connecting frame, and push rods at the tail ends of the damping mechanisms are connected with energy obtaining swing balls to form the omni-directional excitation swing type wave energy power generation device. Under the excitation of stormy waves, the whole floating type platform can generate pitching motion and rolling motion, and the gravity center can shift; under the action of the relative movement trend, the energy obtaining swing ball drives a tail end push rod of the damping mechanism to do telescopic movement, kinetic energy of the energy obtaining swing ball is converted into hydraulic energy through hydraulic oil, the hydraulic energy is stored in the energy accumulator and then converted into electric energy, the fan is combined for power generation, combined development of wave energy and wind energy is achieved, and ocean renewable energy sources are efficiently captured.
一种全向激励摆式风浪联合发电平台获能减摇方法,所述减摇方法包括以下步骤:以半潜式平台为基础,通过连接架固定三条桩腿的相对位置来构造漂浮式平台;在漂浮式平台连接架的连接杆的中部位置分别安装一套阻尼机构,在阻尼机构的末端推杆上与获能摆球相连,以构成全向激励摆式波浪能发电装置;在风浪的激励下,漂浮式平台整体会产生纵摇运动和横摇运动,重心会发生偏移;在相对运动趋势的作用下,获能摆球带动阻尼机构的末端推杆作伸缩运动,通过液压油将获能摆球的动能转化为液压能储存在蓄能器中,进而转化为电能,结合风机发电,实现波浪能和风能的联合开发,高效率捕获海洋可再生能源。
Omni-directional excitation swing type wind wave combined power generation platform energy obtaining stabilization method
一种全向激励摆式风浪联合发电平台获能减摇方法
2024-04-09
Patent
Electronic Resource
Chinese
Omni-directional energy-obtaining multi-energy power supply platform
European Patent Office | 2025
|European Patent Office | 2025
|European Patent Office | 2023
|Maintenance trolley bearing type omni-directional moving platform
European Patent Office | 2022
|Friction sheet type omni-directional mobile working platform
European Patent Office | 2021
|