A liquid-gas energy screen efficiency device

Abstract

The invention discloses a liquid-gas energy screen synergistic device, which is used for conveniently collecting kinetic energy and potential energy reserved in water current and converting into air pressure difference energy for further utilization and is an optimized device. In the device, a waterflow energy collection method is as follows: a pipeline is arranged for making water current pass through; an air inlet which is communicated with the atmospheric air is formed; when water current passes through, overflowing gas is collected at a position where air bubbles overflow out of a water surface, so that pressurized gas is formed; a collecting device is a regularly U-shaped pipe; an air input control device which can be used for controlling the air input of the pipeline is arranged; and in order to increase the input of air mixed into the water current at the air inlet, a screen component is arranged at a position where water current and gas are mixed, and the water current is fully mixed with the gas. The liquid-gas energy screen synergistic device has the effects and characteristics of low needed equipment investment at an early stage, higher energy converting rate, wide application range, no mechanical rotating component and no need of maintenance.

Description

technical field [0001] The invention relates to a water conservancy energy collection method and device, which is a method and device for conveniently collecting kinetic energy and potential energy contained in water flow and converting them into air pressure difference energy for further utilization, especially a device for increasing energy utilization efficiency. Background technique [0002] The reserves of water conservancy energy are very rich, and it is one of the important ways of energy development and utilization, and it has very significant advantages such as cleanliness and recycling. Kinetic energy and potential energy are rotated into mechanical energy to obtain electricity. In this way, a large amount of water conservancy infrastructure and supporting special hydroelectric generator sets are required. The one-time investment in the early stage is quite large, which has certain adverse effects on the environment, especially hydroelectric power generation. The u...

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Problems solved by technology

[0002] The reserves of water conservancy energy are very rich, and it is one of the important ways of energy development and utilization, and it has very significant advantages such as cleanliness and recycling. Kinetic energy and potential energy are rotated into mechanical energy to obtain electricity. In this way, a large amount of water conservancy infrastructure and supporting special hydroelectric generator sets are required. The one-time investment in the early stage is quite large, which has certain adverse effects on the environment, especially hydroelectric power generation. The unit structure is complex, the equipment is huge, the energy conversion rate is low, and it is also prone to failures and problems. Therefore, it needs to be improved and optimized

[0003] In addition, the utilization of water conservancy energy also has the method of using water hammer pumps to obtain higher water heads, which also has the disadvantages of large investment and low efficiency.

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