Suggestions for the Industrialization of China’s Ocean Energy Sector Based on the Experience from Demonstration Projects
ZHANG Li;ZENG Heng-yi;CNOOC Research Institute;China National Offshore Oil Corporation;

..............page:1-5

Study on the Structural Damage of the Eagle Type Wave Energy Converter Due to the Rotating-Collision Process
CHEN Ai-ju;YOU Ya-ge;SHENG Song-wei;PENG Wen;Guangzhou Institute of Energy Conversion;Chinese Academy of Sciences;University of Chinese Academy of Sciences;

..............page:6-11

Optimal Control for the Double-Buoy Direct Drive Wave Energy Conversion System
CHEN Zhong-xian;YU Hai-tao;HU Min-qiang;ZHAO Xin-sheng;WU Tao;College of Electrical Engineering;Southeast University;Dynamic Management Center of Sea Area Use and Protection in Lianyungang;

..............page:12-16

Study on the Wave Energy Generation Device Based on Cross-Flow Rotor and Inner Flow Channel
GUO Xiao-chen;TAN Shui-wei;WU Yi-hong;State Key Laboratory of Simulation and Regulation of Water Cycle in River Basin;China Institute of Water Resources and Hydropower Research;

..............page:17-24

Design and Experimental Study on the Point Absorber Wave Energy Device with Flexible Pump
LIN Li-qun;WU Bi-jun;Fishery Machinery and Instrument Research Institute;Chinese Academy of Fishery Sciences;Guangzhou Institute of Energy Conversion;Chinese Academy of Sciences;

..............page:25-30

Study on the Optimization of Rankine Cycle Using Ammonia Working Fluid for Ocean Thermal Energy Conversion
YUE Juan;LIU Wei-min;ZHANG Li;XIAO Gang;YU Ting;CNOOC Research Institute;First Institute of Oceanography;SOA;

..............page:31-38

Research on a Kind of Horizontal Wave Flow Generation Device
WANG Shi-ming;WANG Zhen;LV Chao;LI Yong-guo;Shanghai Ocean University;

..............page:39-45

Hydrodynamic Study on the Bottom-Hinged Flap Wave Energy Converter
LI Song-jian;PAN Wei-ming;LIU Jing-biao;GU Gen-xiang;LI Wei;Shanghai Marine Diesel Engine Research Institute;MicroPowers Ltd;

..............page:46-51

Analysis on the Effects of Floating Support Structure Motion on the Turbine Performance of the 200 kW Tidal Current Energy Generation Device
LI Zhi-chuan;ZHANG Li;XIAO Gang;YU Ting;ZHANG Liang;CNOOC Research Institute;Harbin Engineering University;

..............page:52-56

Design of a SCADA System on the Hydraulic Floater Wave Energy Generation Platform
CUI Lin;ZHANG Yuan-fei;LI Zhuo-han;DONG Jie;National Ocean Technology Center;Faculty of Electronic Information and Electrical Engineering;Dalian University of Technology;

..............page:57-61

Research on the Redundancy Monitoring System of the "Sharp Eagle No.1" Floating Wave Energy Converter
WANG Kun-lin;SHENG Song-wei;YOU Ya-ge;ZHANG Ya-qun;JIANG Jia-qiang;LIN Hong-jun;YE Yin;Guangzhou Institute of Energy Conversion;Chinese Academy of Sciences;School of Automation Science and Engineering;South China University of Technology;Key Laboratory of Renewable Energy and Gas Hydrate;Chinese Academy of Sciences;

..............page:62-67

The Query System of Marine Renewable Energy Capture Device Based on Mechanism Principle
LV Chao;LIU Shuang;WANG Shi-ming;LAN Ya-mei;College of Engineering Science and Technology;Shanghai Ocean University;

..............page:68-72

Experimental Study on a 100 kW One-Base Multi-Buoy Floating "Sharp Eagle" Wave Energy Converter
ZHANG Ya-qun;SHENG Song-wei;YOU Ya-ge;WANG Zhen-peng;WANG Kun-lin;LIN Hong-jun;Guangzhou Institute of Energy Conversion;Chinese Academy of Sciences;Key Laboratory of Renewable Energy and Gas Hydrate;Chinese Academy of Sciences;

..............page:73-80

Research and Analysis on the Start-Up Characteristics of the Rim-Driven Marine Current Power Generation System
XU Song;WANG Hai-feng;GUO Jian-hong;PAN Hong-jun;Institute of Electrical Engineering;Chinese Academy of Sciences;Zhejiang Ocean University;

..............page:81-85

Research on the Wave Power Conversion Technology Using Primary Permanent Magnetic Linear Generator
HUANG Lei;ZHAO Xin-sheng;HU Min-qiang;YU Hai-tao;CHEN Zhong-xian;WU tao;College of Electrical Engineering;Southeast University;Dynamic Management Center of Sea Area Use and Protection in Lianyungang;

..............page:86-91

Load Analysis of a 120 kW Horizontal Axis Tidal Current Power Generation Turbine
XU Quan-kun;LI Wei;LIU Hong-wei;LIN Yong-gang;State Key Laboratory of Fluid Power Transmission and Control;Zhejiang University;

..............page:92-97

Physical Model Experimental Study on the Floating Buoy Wave Power Generator
SHI Hong-da;CAO Fei-fei;MA Zhe;LIU Zhen;College of Engineering;Ocean University of China;

..............page:98-104

Numerical Methods of Hydrodynamic Analysis on Tidal Current Turbines
SHENG Qi-hu;SUN Ke;ZHANG Xue-wei;JING feng-mei;MA Yong;ZHANG Liang;Deepwater Engineering Research Center;Harbin Engineering University;

..............page:105-111

Study on the On-Site Detecting Techniques for Marine Energy Power Generation Devices
WANG Xiang-nan;XIA Hai-nan;LI Xue-lin;DUAN Yun-qi;ZHANG Wei;ZHANG Yuan-fei;National Ocean Technology Center;School of Marine Science and Environment Engineering;Dalian Ocean University;

..............page:112-116

Assessment of China’s Offshore Wave Energy Resources Based on the High-Resolution Numerical Simulation Technology
YE Qin;YANG Zhong-liang;SHI Wei-yong;OUYANG Wei;Key Laboratory of Engineering Oceanography;Second Institute of Oceanography;SOA;

..............page:117-121

Research on Tidal Energy Resources Classification Based on the Hierarchical Fuzzy Clustering Analysis Method
XU Hui-fen;DING Jie;JIANG Bo;National Ocean Technology Center;

..............page:122-127

Overview of the Marine Energy Conversion Calculation and Micro Site Layout Method
JI Hong-yan;Shanghai Investigation;Design & Research Institute;

..............page:128-134

hai yang ji shu xue bao tou gao xu zhi

..............page:135