Research and Development of Multi Section Floating Mechanical Wave Energy Power Generation Device

Author:

Fang Zi Fan1,Ma Zhen Hao1,Fang Jing1,Gao Shu1,He Kong De1

Affiliation:

1. China Three Gorges University

Abstract

In order to study the principle of wave power generation, a multi section floating mechanical wave energy power generation device and a rectifier voltage regulator circuit are designed. The device consists of multi cylinder buoys, direction changing and speed-up mechanism, generator, rectifier voltage regulator circuit and other components. According to the certain regulation of wave movement, the structure and parameters of the wave energy capture device are designed; based on the movement characteristics of wave energy capture device, the direction changing and speed-up mechanism is designed, including crank-rocker mechanism and gear mechanism. The rectifier voltage regulator circuit is designed by the law of generator output. The experiment research shows that the efficiency of wave energy power generation device is up to 45.8% under the condition of prescribed test wave.

Publisher

Trans Tech Publications, Ltd.

Reference9 articles.

1. Xiao Huimin., Yu Bo and Cai Weiyou: The Development Status and Prospects of Ocean Wave Power Generation Technology in the World, edited by Hydropower and New Energy, (1): 67-69(2011).

2. You Yege, Sheng Songwei and Wu Bijun: The Development Status and Prospects of Ocean Wave Power Generation Technology, edited by The15th China Sea (offshore) Engineering academic Symposium Proceedings, 9-11(2011).

3. Li Chengkui, Liao Wenjun and Wang Yuxin: The Research Progress of Ocean Wave Power Generation Technology in the World, edited by Equipment Machinery, (2): 68-73(2010).

4. Anto'nio F. de O. Falcão: Wave energy utilization: A review of the technologies. edited by Renewable and Sustainable Energy Reviews. 14: 901-902(2010).

5. Simon Tyrberg, Rafael Waters, Mats Leijon: Wave Power Absorption as a Function of Water Level and Wave Height: Theory and Experiment. edited by IEEE JOURNAL OF OCEANIC ENGINGEER, 35 (3): 558-564(2010).

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