Power generation network system composed of siphon network

Abstract

The invention relates to a power generation network system composed of a siphon network. The power generation network system aims to solve the defects, caused by dam construction of hydropower stations, of large investment, long construction period and low utilization rate of water resources in the prior art. The power generation network system comprises water sources at different altitudes, siphon water diversion power generation devices, water reservoirs at different altitudes, connector bolts, easy-to-build easy-to-control siphon pumps, water transportation pipe networks and siphon water transfer valves. The easy-to-build easy-to-control siphon pumps suck and deliver water in the water sources at different altitudes to the water transportation pipe networks by using the siphon principle, and the siphon water diversion power generation devices can be driven to generate power by using the terrain differences of the water transportation pipe networks. The power generation network system composed of the siphon network has the beneficial effects that the high-efficiency utilization of the water resources and the high-efficiency conversion of potential energy are realized, one pipe network has a plurality of functions such as flood control, irrigation and power generation, the power generation network system is not affected by dry seasons and wet seasons, and the potential energyconversion effect is good.

Description

technical field [0001] The invention relates to the field of hydroelectric power generation, in particular to a power generation network system composed of a siphon pipe network. Background technique [0002] Traditional hydroelectric power generation adopts a series of projects such as site selection, closure, and dam building, which require huge investment and long construction period. Especially, the site selection of hydropower stations is strict and requires a high water level drop. Therefore, most of my country's hydropower stations are distributed in the first step At the junction with the second step, the second step and the third step, at the same time, due to the high dam body requirement, a larger area will be submerged, which will have a greater impact on the ecological environment. Contents of the invention [0003] The invention provides a power generation network composed of a siphon pipe network, flood control and irrigation system to solve the defects of la...

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Problems solved by technology

[0003] The invention provides a power generation network, flood control and irrigation system composed of a siphon pipe network to solve the defects of large investment, long construction period and low utilization rate of water resources caused by the construction of dams in hydropower stations in the prior art

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