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A platform for research: civil engineering, architecture and urbanism
Seawater impact power generation equipment based on multistage Tesla valves
The invention discloses seawater impact power generation equipment based on multistage Tesla valves. The equipment is composed of a solar panel, cylindrical cavities, the Tesla valves, guide pipes andan underwater stabilizer, wherein the plurality of cylindrical cavities are sequentially connected in a nested mode, the corresponding Tesla valve is arranged at the bottom of each cavity, the solarpanel is located at the top of the cavities, the plurality of stages of guide pipes are sequentially and fixedly connected to the side wall of the top cavity, the Tesla valves are arranged at the joints of the guide pipes correspondingly, a corresponding drainage pipe is fixedly connected to the lower portion of the wall of each guide pipe, a water-saving valve is embedded in the guide pipe connected to the top cavity, flow guide pipes are located in front of the water-saving valve in the guide pipes to guide flowing water into the cavities, secondary energy storage of the slow flowing water is achieved, and the underwater stabilizer is located at the lower portion of the cavities. According to the equipment, seawater tidal energy is utilized through one-way circulation of the Tesla valves, meanwhile, seawater storage is guaranteed, the multistage cavities are matched with the Tesla valves to realize utilization and storage of the seawater tidal energy, gravitational potential energy is released through the multiple stages of guide pipes to impact a turbine to do work, and the tidal energy is utilized for power generation.
本发明公开了一种基于多级特斯拉阀的海水冲击发电设备，由太阳能板、圆柱形腔体、特斯拉阀、导管和水下稳定器组成；多个圆柱形腔体依次嵌套连接，各腔体底部设置特斯拉阀，太阳能板位于腔体的顶部，顶部腔体侧壁上依次固连有多级导管，各导管的交接处设有特斯拉阀，导管壁下部固连有引流管，且与腔体连接的导管内嵌有节水阀，导流管位于导管内节水阀的前部将流水引入腔体，实现缓流水的再次储能，水下稳定器位于腔体的下部。通过特斯拉阀的单向流通性对海水潮汐能的利用，同时保证海水的储存。通过多级空腔体与特斯拉阀配合,实现对海水潮汐能的利用和储存；通过多级导管将重力势能释放，冲击叶轮机做功，实现潮汐能的利用发电。
Seawater impact power generation equipment based on multistage Tesla valves
The invention discloses seawater impact power generation equipment based on multistage Tesla valves. The equipment is composed of a solar panel, cylindrical cavities, the Tesla valves, guide pipes andan underwater stabilizer, wherein the plurality of cylindrical cavities are sequentially connected in a nested mode, the corresponding Tesla valve is arranged at the bottom of each cavity, the solarpanel is located at the top of the cavities, the plurality of stages of guide pipes are sequentially and fixedly connected to the side wall of the top cavity, the Tesla valves are arranged at the joints of the guide pipes correspondingly, a corresponding drainage pipe is fixedly connected to the lower portion of the wall of each guide pipe, a water-saving valve is embedded in the guide pipe connected to the top cavity, flow guide pipes are located in front of the water-saving valve in the guide pipes to guide flowing water into the cavities, secondary energy storage of the slow flowing water is achieved, and the underwater stabilizer is located at the lower portion of the cavities. According to the equipment, seawater tidal energy is utilized through one-way circulation of the Tesla valves, meanwhile, seawater storage is guaranteed, the multistage cavities are matched with the Tesla valves to realize utilization and storage of the seawater tidal energy, gravitational potential energy is released through the multiple stages of guide pipes to impact a turbine to do work, and the tidal energy is utilized for power generation.
本发明公开了一种基于多级特斯拉阀的海水冲击发电设备，由太阳能板、圆柱形腔体、特斯拉阀、导管和水下稳定器组成；多个圆柱形腔体依次嵌套连接，各腔体底部设置特斯拉阀，太阳能板位于腔体的顶部，顶部腔体侧壁上依次固连有多级导管，各导管的交接处设有特斯拉阀，导管壁下部固连有引流管，且与腔体连接的导管内嵌有节水阀，导流管位于导管内节水阀的前部将流水引入腔体，实现缓流水的再次储能，水下稳定器位于腔体的下部。通过特斯拉阀的单向流通性对海水潮汐能的利用，同时保证海水的储存。通过多级空腔体与特斯拉阀配合,实现对海水潮汐能的利用和储存；通过多级导管将重力势能释放，冲击叶轮机做功，实现潮汐能的利用发电。
Seawater impact power generation equipment based on multistage Tesla valves
一种基于多级特斯拉阀的海水冲击发电设备
YUAN GUANGMIN (author) / ZHU RICHENG (author) / SU YUEJIAO (author) / LIU YIQING (author) / QIANG SHENG (author)
2020-05-08
Patent
Electronic Resource
Chinese
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