Internal combustion hybrid power filtering energy-storage-type generator

Abstract

Provided is an internal combustion hybrid power filtering energy-storage-type generator. The generator has the advantages that an internal combustion machine is started in a manually pulling mode or in an electric starting mode, air in an exhaust pipe of the internal combustion machine is exhausted, recycled, catalyzed, and filtered to achieve heat energy circulating combustion supporting. Water is electrolyzed and filtered and diluted by means of a direct current electromagnetic wave to produce hydrogen and oxygen to form electrolytic water mixing fuel to be supplied to an internal combustion machine for supporting combustion. A backswing driven plate plays an important role in power stabilization, balancing and reinforcement of the internal combustion machine. The backswing driven plate, a strong magnetism generator A and a strong magnetism generator B are in soft connection through belts. Sound attenuation, seismic resistance and heat insulation functions are greatly improved in the utilization process. Due to matched utilization of the strong magnetism generator A, the strong magnetism generator B and a filtering device, excessively strong magnetic waves are greatly reduced, meanwhile, and the system outputs stable electromagnetic waves and improves working efficiency of the internal combustion machine due to the fact that hydrogen and oxygen substances obtained in a hydrogen and oxygen production system in the water and carbon diluting process are fed back to the internal combustion machine to be combusted. The stable electromagnetic waves after being processed are guided into a novel spiral solid capacitor-type battery which is long in service life and stable in working performance to be stored, and energy storage efficiency is improved. Due to combination and matched utilization of an internal combustion device, a hybrid device, a filtering device and an energy storage device, power of the internal combustion machine is greatly improved, the energy storage efficiency is greatly improved, and meanwhile the generator has the advantages of being efficient, low-carbon, environment-friendly, energy-saving and practical.

Description

technical field [0001] The invention belongs to the technical field of combination of internal combustion, hybrid power, filtering and energy storage generators Background technique [0002] Currently, electricity storage is a historic subject. However, due to the technical level and other reasons, the storage battery has always remained at such a level of low efficiency, low capacity and heavy quality, and cannot be widely and practically applied. The electrical energy is converted into mechanical energy by power drive, and then transmitted to the generator and converted into electromagnetic waves. After being rectified by the second diode, a large electromagnetic wave can be obtained, which cannot be used yet, so it must be filtered, and the electric structure filter battery is filtered, diluted, and stored to obtain pure DC direct current. , but the energy storage efficiency of this method is not very significant, and it is imminent to improve the energy storage efficien...

AI Technical Summary

Problems solved by technology

However, due to the technical level and other reasons, it has been stuck at the level of low efficiency, low capacity and heavy quality of the battery, and cannot be widely and practically applied.

The electrical energy is converted into mechanical energy by power drive, and then transmitted to the generator and converted into electromagnetic waves. After being rectified by the second diode, a large electromagnetic wave can be obtained, which cannot be used yet, so it must be filtered, and the electric structure filter battery is filtered, diluted, and stored to obtain pure DC direct current. , but the energy storage efficiency of this method is not very significant, and it is imminent to improve the energy storage efficiency

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