摘要
海洋能是一种具有巨大能量的可再生能源,提高海洋资源利用率能有效缓解能源紧张的局面。设计了一种海上漂浮式多能互补发电装置,确定了机械结构和控制系统的总体方案;设计了中心幅盘和偏心幅盘组成的双幅盘结构,增大了叶片的工作面积;设计了行星齿轮转速耦合机构,实现了风能和潮流能驱动轴转速的耦合,两者共用一台发电机,有效利用风能和潮流能,提高了发电效率。
Ocean energy is a kind of renewable energy with huge energy. Improving the utilization rate of ocean resources can effectively alleviate the energy shortage. An offshore floating multi-energy complementary power generation device was innovatively designed, and the overall mechanical structure and control system were determined. A double-spoke structure composed of a central disc and an eccentric disc is designed to increase the working area of the blade. A planetary gear speed coupling mechanism is designed to realize the coupling of the rotational speed of the shaft driven by wind energy and tidal current energy. The two share a power generator. It can effectively use wind energy and tidal energy to improve power generation efficiency.
作者
佟秀
杨舒康
莫峻宇
秦涛
TONG Xiu;YANG Shu-kang;MO Jun-yu;QIN Tao(School of Mechanical Engineering,Hubei University of Arts and Sciences,Xiangyang 441053,China)
出处
《机械工程与自动化》
2023年第1期104-105,108,共3页
Mechanical Engineering & Automation
基金
2021年度大学生创新创业训练计划项目(X202110519081,S202110519047)
湖北文理学院2021年度“创新创业教育”教学研究专项项目(CX2021015)。
关键词
行星齿轮转速耦合机构
双幅盘结构
能源转换系统
海上多能互补发电装置
漂浮式
planetary gear speed coupling mechanism
double-spoke structure
energy conversion system
offshore multi-energy complementary power generation device
floating type
