KETEP 세계에너지시장정보

1.A novel offshore floating type wind and water synchronous generator set comprises an upper wind power generation device. The middle floating type supporting structure comprises a lower hydroelectric generating device and a seabed fixing device. The upper wind power generation device is used for transmitting and converting mechanical energy generated by wind power into electric energy. The middle floating type supporting structure is used for simultaneously supporting the upper wind power generation device and the lower hydraulic power generation device. The lower hydroelectric generation device is used for transmitting and converting mechanical energy generated by water power into electric energy. The upper wind power generation device comprises a wind wheel middle supporting shaft (1), a blade supporting structure (2) and a wind power generation blade (3), wherein the wind power generation blade (3) is connected with the blade supporting structure (2), and the blade supporting structure (2) is connected with the wind wheel middle supporting shaft (1) when the wind power generation blade (3 1) rotates. The middle floating type supporting structure comprises a wind power generation device connecting flange (4), wherein the wind power generation device connecting flange (4) is connected with the middle supporting shaft (1) of the wind wheel, so that the wind wheel middle supporting shaft (1) rotates to drive the wind power generation device connecting flange (4) to rotate. The upper wind power generation device further comprises a wind power generation gear disc (12) and a wind power generator (13), wherein the wind power generation gear disc (12) is connected with the wind power generation device connection flange (4) to drive the wind power generation gear disc (4) to rotate when the wind power generation device connection flange (12 13) rotates to convert mechanical energy into electric energy. The upper wind power generation device adopts a horizontal shaft type or a vertical shaft type, the lower hydraulic power generation device adopts a resistance type or a lifting force type, and the upper wind power generation device and the lower hydraulic power generation device adopt the same generator or a generator respectively. The middle floating type supporting structure comprises a middle rotating shaft (5) and a floating part (6), wherein the middle rotating shaft (5) and the floating part (6) are connected. The lower hydraulic power generation device comprises a hydroelectric power generation blade (7), wherein the hydroelectric power generation blade (7) is connected with the central rotating shaft (5) and the floating part (6), so that the hydraulic power generation blade (7) drives the middle rotating shaft (5) and the floating part (6) to rotate.