A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to application of high water level fall, in the terrain where a reservoir cannot be built and a dam is difficult to build in a high mountain and a valley, water is conveyed to the downstream through a special steel pipe, a hydropower station is built in a proper place, the length of a water pipe can be 10 kilometers, 20 kilometers or 30 kilometers, the water level fall of a water conveying pipeline must be large and is 200 meters or 1000 meters, and the larger the water level fall is, the larger the water level fall is, the larger the water level fall is, the smaller the water level fall is. The power generation energy is larger; for the terrains of Jinsha River and Yului Tibet River, if a special steel pipe is used for supplying water and generating electricity, the energy is very huge; in forest areas like large and small Khingan, a water pool is built at the top of a mountain, water at the half of the mountain waist is pumped to the top of the mountain through wind energy and solar energy, water is conveyed to the foot of the mountain through a special steel pipe, high water level difference power generation is formed, and the higher the water level difference is, the higher the energy is, and the higher the economic value is; a pool is arranged on the mountain top of the forest area, and once a forest fire occurs, the forest fire can be extinguished by using a small amount of manpower in time.
一种高水位落差的应用，就是在高山峡谷中即无法建水库、又很难建水坝的地形中，用特制钢管将水输送到下游，在适当的地方建水电站，水管的长度可以是10公里、20公里或30公里，输水管道的水位落差一定要大，是200米落差或1000米落差，水位落差越大，发电的能量就越大；金沙江、鸦鲁藏布江的地形，如用特制钢管送水发电，能量是特别巨大的；像大小兴安岭这样的林区，在山顶建水池，将半山腰的水用风能太阳能将水抽上山顶，将水用特制钢管输送到山脚下，形成高水位落差发电，水位落差越高能量就越大，经济价值越高；林区的山顶有水池，一旦发生山火，用小量人力可以及时用水将山火扑灭。
The invention relates to application of high water level fall, in the terrain where a reservoir cannot be built and a dam is difficult to build in a high mountain and a valley, water is conveyed to the downstream through a special steel pipe, a hydropower station is built in a proper place, the length of a water pipe can be 10 kilometers, 20 kilometers or 30 kilometers, the water level fall of a water conveying pipeline must be large and is 200 meters or 1000 meters, and the larger the water level fall is, the larger the water level fall is, the larger the water level fall is, the smaller the water level fall is. The power generation energy is larger; for the terrains of Jinsha River and Yului Tibet River, if a special steel pipe is used for supplying water and generating electricity, the energy is very huge; in forest areas like large and small Khingan, a water pool is built at the top of a mountain, water at the half of the mountain waist is pumped to the top of the mountain through wind energy and solar energy, water is conveyed to the foot of the mountain through a special steel pipe, high water level difference power generation is formed, and the higher the water level difference is, the higher the energy is, and the higher the economic value is; a pool is arranged on the mountain top of the forest area, and once a forest fire occurs, the forest fire can be extinguished by using a small amount of manpower in time.
一种高水位落差的应用，就是在高山峡谷中即无法建水库、又很难建水坝的地形中，用特制钢管将水输送到下游，在适当的地方建水电站，水管的长度可以是10公里、20公里或30公里，输水管道的水位落差一定要大，是200米落差或1000米落差，水位落差越大，发电的能量就越大；金沙江、鸦鲁藏布江的地形，如用特制钢管送水发电，能量是特别巨大的；像大小兴安岭这样的林区，在山顶建水池，将半山腰的水用风能太阳能将水抽上山顶，将水用特制钢管输送到山脚下，形成高水位落差发电，水位落差越高能量就越大，经济价值越高；林区的山顶有水池，一旦发生山火，用小量人力可以及时用水将山火扑灭。
Application of high water level fall
高水位落差的应用
TANG LIANG (author)
2023-06-13
Patent
Electronic Resource
Chinese
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