Free gravitation power generation system, control method and application

Abstract

The invention belongs to the technical field of power generation instruments, and discloses a free gravitation power generation system, a control method and application. The lower portion of a power source device is connected with a first power conversion device through a first connecting pipe and a second connecting pipe; and the first power conversion device is connected with a second power conversion device through a third connecting pipe, and the first power conversion device is connected with a third power conversion device through a fourth connecting pipe. The power source device is located above the whole device, has a certain height and is filled with liquid media. The free gravitation power generation device is high in energy conversion efficiency, is extremely low in external resource consumption, nearly consumes no external energy during operation after starting, is capable of continuously and stably running, is safe and environment-friendly, is free of regional limitation, is free of environment damage, is low in input cost, and is small in occupied area, therefore, the system is an ideal distributed power energy system, can be developed and applied in any area on a large scale, and can be widely applied in military and civilian fields.

Description

technical field [0001] The invention belongs to the technical field of power generation equipment, and in particular relates to a free gravity power generation system, a control method and an application. Background technique [0002] At present, the basic principle of hydroelectric power generation is to block the river to build a dam, raise the water level, use the water level drop, and cooperate with the hydroelectric generator to generate electricity, that is, convert the impact inertia of the water into kinetic energy, and use the kinetic energy of the water to convert it into the mechanical energy of the impeller. Then use mechanical energy to drive the generator to get electricity. [0003] However, the existing hydroelectric power generation equipment is subject to the constraints of the objective environment. It requires abundant water resources, suitable terrain, and a large amount of construction funds. Moreover, the construction period is very long and the invest...

AI Technical Summary

Problems solved by technology

[0005] (1) Existing hydroelectric power generation equipment is easily constrained by the objective environment. It requires abundant water resources, suitable terrain and landform, and requires a large amount of construction funds. Moreover, the construction period is very long and the investment in manpower is huge, which is not conducive to the rapid development of the national economy.

[0006] (2) Existing hydropower equipment is easily affected by the natural climate. When the climate is relatively dry, the amount of water is small and the power generation is small

[0007] (3) The construction of existing hydropower stations is easy to cause damage to the surrounding natural environment, and has a great impact on the migration of aquatic organisms, which is not conducive to the protection of the original ecological environment

[0011] Solve the shortcomings of existing power generation technologies such as damage to the ecological environment, huge cost, depletion of natural resources, serious environmental pollution, unstable power generation, etc., and innovatively provide humans with a zero-energy, pollution-free, high-quality, cheap and clean energy

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