A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides hydroelectric power generation equipment, and relates to the field of hydroelectric power generation. Comprising a reservoir and a pipeline, a plurality of retaining dams dividing the reservoir into a plurality of water storage areas are arranged in the reservoir in the extending direction of the reservoir, water outlet pipes are arranged on the side walls of the retaining dams in a penetrating mode, first power generation assemblies used for power generation are arranged in the water outlet pipes, the water storage areas located at the two ends of the reservoir are communicated through the pipeline, and a one-way permeable membrane is arranged in the pipeline. Water is stored in the reservoir firstly, the water storage areas, separated by the retaining dams, in the reservoir are all filled with water sources, then any two adjacent water storage areas are communicated only through the water outlet pipe, the water sources in the water storage areas with many water sources flow into the water storage areas with barren water sources, and after the cycle is repeated, the water sources in the water storage areas with the barren water sources flow into the water storage areas with the barren water sources. The water source in the water storage area farthest from the water storage area at the initial end in the reservoir flows into the reservoir at the initial end in a one-way mode through the pipeline, and reciprocating flowing of the water source is achieved.
本发明提出了一种水利发电设备，涉及水利发电领域。包括蓄水池和管道，蓄水池内沿其延伸方向设有多个将其分隔成多个蓄水区域的拦水坝，拦水坝的侧壁上均穿设有出水管，出水管内设有用于发电的第一发电组件，位于蓄水池两端的蓄水区域通过管道连通，管道内设有单向渗透膜。先在蓄水池内蓄水，使被多个拦水坝分隔的蓄水池内的蓄水区域内均充满水源，然后任意两个相邻的蓄水区域之间仅通过出水管进行连通，使水源较多的蓄水区域内的水源流入水源较为贫瘠的蓄水区域内，如此往复循环后，距离蓄水池内初始端的蓄水区域最远的蓄水区域内的水源将通过管道单向流入初始端的蓄水池内，实现水源的往复流动。
The invention provides hydroelectric power generation equipment, and relates to the field of hydroelectric power generation. Comprising a reservoir and a pipeline, a plurality of retaining dams dividing the reservoir into a plurality of water storage areas are arranged in the reservoir in the extending direction of the reservoir, water outlet pipes are arranged on the side walls of the retaining dams in a penetrating mode, first power generation assemblies used for power generation are arranged in the water outlet pipes, the water storage areas located at the two ends of the reservoir are communicated through the pipeline, and a one-way permeable membrane is arranged in the pipeline. Water is stored in the reservoir firstly, the water storage areas, separated by the retaining dams, in the reservoir are all filled with water sources, then any two adjacent water storage areas are communicated only through the water outlet pipe, the water sources in the water storage areas with many water sources flow into the water storage areas with barren water sources, and after the cycle is repeated, the water sources in the water storage areas with the barren water sources flow into the water storage areas with the barren water sources. The water source in the water storage area farthest from the water storage area at the initial end in the reservoir flows into the reservoir at the initial end in a one-way mode through the pipeline, and reciprocating flowing of the water source is achieved.
本发明提出了一种水利发电设备，涉及水利发电领域。包括蓄水池和管道，蓄水池内沿其延伸方向设有多个将其分隔成多个蓄水区域的拦水坝，拦水坝的侧壁上均穿设有出水管，出水管内设有用于发电的第一发电组件，位于蓄水池两端的蓄水区域通过管道连通，管道内设有单向渗透膜。先在蓄水池内蓄水，使被多个拦水坝分隔的蓄水池内的蓄水区域内均充满水源，然后任意两个相邻的蓄水区域之间仅通过出水管进行连通，使水源较多的蓄水区域内的水源流入水源较为贫瘠的蓄水区域内，如此往复循环后，距离蓄水池内初始端的蓄水区域最远的蓄水区域内的水源将通过管道单向流入初始端的蓄水池内，实现水源的往复流动。
Hydroelectric power generation equipment
一种水利发电设备
WANG ZHAOHUA (author)
2022-04-15
Patent
Electronic Resource
Chinese
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