Efficient permanent magnetism kinetic energy (wheel) self-loop generator set

Abstract

The present invention discloses an efficient permanent magnetism kinetic energy (wheel) self-loop generator set. The generator set comprises a starter motor, a power distribution box, a high-strength permanent magnet power rotation device and a generator. The starter motor is connected with the power distribution box through a coupler 1, the power distribution box is connected with the high-strength permanent magnet power rotation device through a coupler 2, the generator is connected with a reduction gearbox through a coupler 3, and the reduction gearbox is connected with the power distribution box through a coupler 4. The efficient permanent magnetism kinetic energy (wheel) self-loop generator set adds the power distribution box to allow the whole structure to be more reasonable, improved and practical and prompt the magnetic kinetic energy to perform larger efficiency.

Description

technical field [0001] The invention relates to a high-efficiency permanent magnet kinetic energy (wheel) self-circulation generator set. Background technique [0002] At present, most of the known generating sets are driven by wind power, fire power, hydraulic power, diesel oil, etc., and are connected to the support of the generating set or through the transmission mode of a gear box to realize power generation. High investment costs, long construction period, and high environmental requirements, such as hydroelectric power stations, seriously restrict the rapid development of the electric power industry. Nowadays, researchers from all over the world pay more attention to the high power and high precision control of these generators to improve power generation. Technological development and innovation in terms of efficiency, etc., but innovation in driving force is not enough. Although there are technologies to realize magnetic power or generator sets through magnetic kine...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the known generating sets are driven by wind power, fire power, hydraulic power, diesel oil, etc., and are connected to the support of the generating set or through the transmission mode of a gear box to realize power generation. High investment costs, long construction period, and high environmental requirements, such as hydroelectric power stations, seriously restrict the rapid development of the electric power industry. Nowadays, researchers from all over the world pay more attention to the high power and high precision control of these generators to improve power generation. Technological development and innovation in terms of efficiency, etc., but innovation in driving force is not enough. Although there are technologies to realize magnetic power or generator sets through magnetic kinetic energy, the above-mentioned technologies are not mature enough. The main defect lies in how to change the power. Good automatic distribution, and low power compensation performance; secondly, the structural design of the entire generator set in the existing technology is unreasonable, resulting in insufficient performance of its magnetic kinetic energy

Images