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A platform for research: civil engineering, architecture and urbanism
Multipurpose high-pressure hydraulic tunnel
The invention discloses a multipurpose high-pressure hydraulic tunnel, belongs to the technical field of hydraulic tunnels, and can solve the problems that the pressure of an existing lining cannot be adjusted, and water pressure energy is difficult to effectively utilize. The tunnel comprises a cavern; the lining layer is arranged along the periphery of the inner wall of the cavern; a water delivery channel is formed in the inner side of the lining layer; the multiple flexible water storage units are arranged between the inner wall of the cavern and the lining layer and communicate with the water conveying channel; and the power generation unit is arranged outside the cavity, communicates with the at least two flexible water storage units with different internal water pressure intensities, and is used for converting water pressure energy in the flexible water storage units communicating with the power generation unit into electric energy. The method is used for building the high-pressure hydraulic tunnel.
本发明公开了一种多用途高压水工隧洞，属于水工隧洞技术领域，能够解决现有衬砌无法进行压力调节，且难以有效利用水压力能的问题。所述隧洞包括：洞室；衬砌层，沿洞室的内壁一周设置；衬砌层的内侧形成输水通道；多个柔性储水单元，设置在洞室的内壁和衬砌层之间，且与输水通道连通；发电单元，设置在洞室外，且与至少两个内水压强不同的柔性储水单元连通，用于将与其连通的柔性储水单元内的水压力能转化为电能。本发明用于建造高压水工隧洞。
Multipurpose high-pressure hydraulic tunnel
The invention discloses a multipurpose high-pressure hydraulic tunnel, belongs to the technical field of hydraulic tunnels, and can solve the problems that the pressure of an existing lining cannot be adjusted, and water pressure energy is difficult to effectively utilize. The tunnel comprises a cavern; the lining layer is arranged along the periphery of the inner wall of the cavern; a water delivery channel is formed in the inner side of the lining layer; the multiple flexible water storage units are arranged between the inner wall of the cavern and the lining layer and communicate with the water conveying channel; and the power generation unit is arranged outside the cavity, communicates with the at least two flexible water storage units with different internal water pressure intensities, and is used for converting water pressure energy in the flexible water storage units communicating with the power generation unit into electric energy. The method is used for building the high-pressure hydraulic tunnel.
本发明公开了一种多用途高压水工隧洞，属于水工隧洞技术领域，能够解决现有衬砌无法进行压力调节，且难以有效利用水压力能的问题。所述隧洞包括：洞室；衬砌层，沿洞室的内壁一周设置；衬砌层的内侧形成输水通道；多个柔性储水单元，设置在洞室的内壁和衬砌层之间，且与输水通道连通；发电单元，设置在洞室外，且与至少两个内水压强不同的柔性储水单元连通，用于将与其连通的柔性储水单元内的水压力能转化为电能。本发明用于建造高压水工隧洞。
Multipurpose high-pressure hydraulic tunnel
一种多用途高压水工隧洞
LIU JING (author) / FENG LU (author) / HAN BIN (author) / LI CHAO (author) / SHAO MINGLEI (author)
2024-12-03
Patent
Electronic Resource
Chinese
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