Mole using seawater for power generation

Abstract

The invention discloses a mole using seawater for power generation. The mole mainly comprises wave walls (1), seawater diversion trenches (2), retaining walls (3), two-wall connecting and fixing beams (4), auxiliary water tanks (5), pressurization water ways (6), horn-shaped diversion canals (11), diversion canal gates (12), water pressure adjusting pits (14), tail water collection pits (15) and waterwheel type water turbines (16). After seawater ebbs away, the mole using seawater for power generation is established in the place more than 4 m deep underground on a beach (8) exposed out of the water face. Seawater is guided underground through the horn-shaped diversion canals, the fall formed between the position on the ground and the position underground is used for pushing the waterwheel type water turbines (16) erected on the seawater diversion trenches to rotate, a power generator is then driven by an acceleration device to rotate, and the power generation purpose is achieved. The mole using seawater for power generation has the advantages that diversion channels do not need to be established, river flow closure is avoided, a inundated area is omitted, migration is avoided, a construction period is greatly shortened, construction cost is greatly reduced, damage to and influence on the natural environment and geology are reduced to the lowest degree, influences of any extreme weather are avoided, and power can be normally generated in the four seasons of a year.

Description

Technical field [0001] The invention relates to a seaside breakwater, in particular to a breakwater suitable for generating electricity from seawater. Background technique [0002] At present, humans have used hydropower to generate electricity for many years and have mature technologies. However, the current hydropower project construction process is complicated, the construction period is long, the investment is large, and the resettlement is large. Take the Three Gorges Project as an example: the construction period of more than ten years, Hundreds of billions of investment, millions of immigrants, and large areas of inundation will have certain impacts on the local geology and natural environment, as well as protection problems under war conditions. Although there are some technologies as disclosed in the application number 2014106090232 The river levee technology used for flood control and power generation can better solve some of the shortcomings and deficiencies of the Thr...

AI Technical Summary

Problems solved by technology

[0002] At present, human beings have used hydropower to generate electricity for many years and mature technology, but the construction process of hydropower projects is complicated, the construction period is long, the investment is large, and there are many immigrants. Take the Three Gorges Project as an example: the construction period of more than ten years, up to Hundreds of billions of investment, millions of immigrants, large-scale submerged areas have a certain impact on the local geology and natural environment, and there are also protection problems in the state of war, although there are some technologies such as the one disclosed in the application number 2014106090232 The river embankment technology used for flood control and power generation has better solved some shortcomings and deficiencies such as the Three Gorges Water Conservancy Project, but this technology itself is greatly affected by extreme drought weather and dry seasons, and it is difficult to function normally. Maximization of economic benefits

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