Ocean deep buoyancy generation system

Abstract

The invention discloses an ocean deep buoyancy generation system. The ocean deep buoyancy generation system comprises a water inlet pipe, a water suction pipe, a guiding pipe, a plurality of water suction devices, an inflating unit, a seawater power generation and collection device or a seawater temperature difference power generation and collection device, a first moving device and a second moving device, wherein the water inlet pipe is provided with a water inlet. The inflating unit inflates the water suction devices until the water suction devices generate buoyancy to ascend and drive seawater in the water suction pipe to rise, the first moving device moves the water suction devices above the water suction pipe to the guiding pipe and releases the water suction devices, the water suction devices can sink to the second moving device through the guiding pipe, the second moving device can move the water suction devices to the water inlet pipe from the lower side of the guiding pipe, the inflating unit inflates the water suction devices until the seawater in the water suction pipe can be continuously driven to rise to generate power. The ocean deep buoyancy generation system cannot generate air, water and noise pollution.

Description

technical field [0001] The invention relates to a buoyancy power generation system, in particular to a power generation system in which buoyancy brings deep seawater above the sea level to generate electric energy. Background technique [0002] The existing hydroelectric power generation system is commonly used in large power plants such as power plants and dams. It usually uses the height difference of water to cooperate with the rotation of the water wheel to generate mechanical kinetic energy, and then convert the mechanical kinetic energy into electrical energy through a generator. . However, the way of building a dam to store water is likely to cause intensified water erosion below the dam, thus causing damage to the ecology, and in places with large rainfall fluctuations, there are often situations where prolonged droughts and no rains lead to insufficient water to drive generators to generate electricity. [0003] In view of the above-mentioned problems, the Chinese ...

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Problems solved by technology

[0005] However, the above-mentioned structure utilizes the linkage rod to rotate the shaft to generate power for power generation, which requires a large space for the buoyancy part to use the shaft as the axis and the linkage rod as the arm to perform a rotation stroke. , resulting in an increase in cost

In this case, the gas outlet pipeline is used to connect the pressure cylinder and the buoyancy part to output gas to the buoyancy part to generate buoyancy. The gas outlet pipeline will be continuously bent and easily damaged due to the reciprocating rotation of the buoyancy part. This causes the gas to leak out, and even the gas cannot be output to the buoyancy part. In severe cases, the buoyancy part cannot float, and the displacement of the buoyancy part can no longer be used to drive the power generating device to generate electricity

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