Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Pneumatic wave power generation flood control system
The invention relates to a pneumatic wave power generation flood control system. The system comprises a flood bank and a plurality of power generation devices. A plurality of containing spaces and a plurality of wave guide wall units are arranged on the side, close to the sea, of the flood bank, and the wave guide wall units are arranged on the two sides of any containing space. The multiple power generation devices are contained and fixed in the multiple containing spaces in a one-to-one correspondence mode, the foremost edge, facing the sea side, of each wave guide wall unit protrudes out of the foremost edges, on the two sides of the wave guide wall unit, of the power generation devices, and each power generation device comprises a barrel and a turbine rotationally arranged on the barrel. An opening is formed in the position, close to the sea, of the bottom of the barrel, when waves flow into the barrel through the opening, an air chamber located above a water-air interface and an air flow channel communicating the air chamber with the outside atmosphere are further formed in the top of the barrel, and the turbine can be driven by the pressure difference in the air flow channel to rotate. According to the scheme, efficient capture and utilization of wave energy can be achieved, and meanwhile the wave preventing and dissipating functions are achieved.
本申请涉及气动式波浪能发电防洪系统。该系统包括防洪堤和多个发电装置。防洪堤的靠海侧设有多个收容空间和多个导浪墙单元，任一所述收容空间的两侧设有所述导浪墙单元。多个发电装置一一对应地收容并固定于各所述多个收容空间内，每个所述导浪墙单元面向靠海侧的最前缘凸出于该导浪墙单元两侧的所述发电装置的最前缘，所述发电装置包括筒体和可地转动设置于所述筒体的涡轮，筒体的底部在靠海侧设有开口，当波浪经由所述开口涌入所述筒体时，所述筒体的顶部还形成有位于水气交界面之上的气室和连通所述气室与外界大气的空气流道，所述空气流道内的压差可驱动所述涡轮转动。该方案可以实现波浪能的高效俘获利用，同时兼具防波消浪的功能。
Pneumatic wave power generation flood control system
The invention relates to a pneumatic wave power generation flood control system. The system comprises a flood bank and a plurality of power generation devices. A plurality of containing spaces and a plurality of wave guide wall units are arranged on the side, close to the sea, of the flood bank, and the wave guide wall units are arranged on the two sides of any containing space. The multiple power generation devices are contained and fixed in the multiple containing spaces in a one-to-one correspondence mode, the foremost edge, facing the sea side, of each wave guide wall unit protrudes out of the foremost edges, on the two sides of the wave guide wall unit, of the power generation devices, and each power generation device comprises a barrel and a turbine rotationally arranged on the barrel. An opening is formed in the position, close to the sea, of the bottom of the barrel, when waves flow into the barrel through the opening, an air chamber located above a water-air interface and an air flow channel communicating the air chamber with the outside atmosphere are further formed in the top of the barrel, and the turbine can be driven by the pressure difference in the air flow channel to rotate. According to the scheme, efficient capture and utilization of wave energy can be achieved, and meanwhile the wave preventing and dissipating functions are achieved.
本申请涉及气动式波浪能发电防洪系统。该系统包括防洪堤和多个发电装置。防洪堤的靠海侧设有多个收容空间和多个导浪墙单元，任一所述收容空间的两侧设有所述导浪墙单元。多个发电装置一一对应地收容并固定于各所述多个收容空间内，每个所述导浪墙单元面向靠海侧的最前缘凸出于该导浪墙单元两侧的所述发电装置的最前缘，所述发电装置包括筒体和可地转动设置于所述筒体的涡轮，筒体的底部在靠海侧设有开口，当波浪经由所述开口涌入所述筒体时，所述筒体的顶部还形成有位于水气交界面之上的气室和连通所述气室与外界大气的空气流道，所述空气流道内的压差可驱动所述涡轮转动。该方案可以实现波浪能的高效俘获利用，同时兼具防波消浪的功能。
Pneumatic wave power generation flood control system
气动式波浪能发电防洪系统
ZHANG YONGLIANG (Autor:in) / WANG CHEN (Autor:in) / FENG JIFANG (Autor:in)
15.11.2024
Patent
Elektronische Ressource
Chinesisch
Hydrodynamic analysis of pneumatic wave power generators
| British Library Conference Proceedings | 1996