海洋波浪能发电装置研究进展

doi:10.6040/j.issn.1672-3961.0.2021.234

Abstract

Abstract:

In order to accurately keeping the developments of ocean wave energy utilization technology, the important research progress of wave energy converters was reviewed. The forms of wave energy converters had not yet converged. According to the classification principle of different energy capture methods, the working principle and the energy conversion system of three main types of devices, namely, oscillating water column, overtopping and oscillating bodies were introduced. The advantages and disadvantages of each type of converter were analyzed. Typical engineering devices were selected for detailed introduction. The engineering devices which had been completed sea trial in China were summarized. It has been found that the oscillation type was the most popular type of converter in China. The research progress related to the performance evaluation of wave energy converters were summarized, but there was no unified evaluation standard yet. The difficulties and the main breakthrough directions of the developments of wave energy converters were discussed from three aspects of high efficiency and stability, reliability and cost, and the construction of diversified integrated platforms.

Key words: wave energy conversion, device type, working principle, performance analysis, development tendency

CLC Number:

Yanjun LIU,Shuang WU,Dengshuai WANG,Ruohong WANG. Research progress of ocean wave energy converters[J].Journal of Shandong University(Engineering Science), 2021, 51(5): 63-75.

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波浪能捕获方式	固定方式	装置名称
振荡水柱式	漂浮式	Mighty Whale, Sperboy, SparBuoy, Oceanlinx, YetiCluster, Kaimei, LeanCon
振荡水柱式	固定式	Pico, LIMPET, Sakata, REWEC3, 航标式微型OWC, Mutriku
振荡体式	漂浮式	AquaBuoy, IPS Buoy, FO3, Wavebob, PowerBuoy, WETEnGen, WETNZ, 山大I号, 鹰式I号, Pelamis, PSFrog, SEAREV, Waveberg, WaveRider, 集大I号
振荡体式	固定式	AWS, CETO, WaveRoller, Oyster, The Mace
越浪式	漂浮式	Wave Dragon
越浪式	固定式	TAPCHAN, SSG

Research progress of ocean wave energy converters

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