A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Double-condensational-wave-channel electricity generation breakwater
The invention relates to a double-condensational-wave-channel electricity generation breakwater, and aims at providing a wave energy electricity generation device which is high in efficiency and low in construction cost. According to the technical scheme, the double-condensational-wave-channel electricity generation breakwater comprises a lower shrinkage wave channel system, an upper shrinkage wave channel system, a small reservoir system, a cylinder, a water turbine electricity generation device system or a floating body electricity generation device system. The lower shrinkage wave channel system is similar to a transversely-placed square funnel, and the inner side of the lower shrinkage wave channel system is communicated with the cylinder to form an approximate siphon device. The two ends of the upper shrinkage wave channel system are connected with the lower shrinkage wave channel system and the small reservoir respectively. The lower portion of the small reservoir is communicated with the cylinder. The water turbine electricity generation device system or the floating body electricity generation device system is arranged in the cylinder. The double-condensational-wave-channel electricity generation breakwater is high in wave energy conversion rate and high in overall stability, has the ultrahigh storm prevention capacity and is especially fond of billows surging to the sky.
Double-condensational-wave-channel electricity generation breakwater
The invention relates to a double-condensational-wave-channel electricity generation breakwater, and aims at providing a wave energy electricity generation device which is high in efficiency and low in construction cost. According to the technical scheme, the double-condensational-wave-channel electricity generation breakwater comprises a lower shrinkage wave channel system, an upper shrinkage wave channel system, a small reservoir system, a cylinder, a water turbine electricity generation device system or a floating body electricity generation device system. The lower shrinkage wave channel system is similar to a transversely-placed square funnel, and the inner side of the lower shrinkage wave channel system is communicated with the cylinder to form an approximate siphon device. The two ends of the upper shrinkage wave channel system are connected with the lower shrinkage wave channel system and the small reservoir respectively. The lower portion of the small reservoir is communicated with the cylinder. The water turbine electricity generation device system or the floating body electricity generation device system is arranged in the cylinder. The double-condensational-wave-channel electricity generation breakwater is high in wave energy conversion rate and high in overall stability, has the ultrahigh storm prevention capacity and is especially fond of billows surging to the sky.
Double-condensational-wave-channel electricity generation breakwater
CHEN WENBIN (author)
2016-02-17
Patent
Electronic Resource
English
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
Modularized wave power generation floating breakwater unit and breakwater
| European Patent Office | 2024
FLOATING BREAKWATER HAVING WAVE POWER GENERATION FUNCTION
| European Patent Office | 2020
Double-cylinder floating breakwater auxiliary power generation device
| European Patent Office | 2020