Energy-storing flywheel system with magnetic suspension for spacecraft

An energy storage flywheel and magnetic levitation technology, which is applied to bearings, shafts, bearings, mechanical equipment, etc., can solve the problems of low energy storage density and large volume, and achieve the goal of increasing flywheel speed, energy storage density, and anti-interference ability Effect

Active Publication Date: 2006-08-16
BEIHANG UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Some of the current energy storage flywheels are radial magnetic bearings using active magnetic bearings, while axial magnetic bearings are supported by passive magnetic bearings. They are mainly used in electri

Method used

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  • Energy-storing flywheel system with magnetic suspension for spacecraft
  • Energy-storing flywheel system with magnetic suspension for spacecraft
  • Energy-storing flywheel system with magnetic suspension for spacecraft

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Embodiment Construction

[0016] like figure 1 As shown, the present invention consists of two parts, a static part and a rotating part, and is characterized in that the static part includes: the static part of the axial hybrid magnetic bearing 1, the protective bearing 2, the radial / axial integrated displacement sensor 3, the motor / The static part of the generator 4, the static part of the radial hybrid magnetic bearing 6, the casing 7, the installation shaft 9 and the lock nut 10; the rotating part includes: the rotating part of the axial hybrid magnetic bearing 1, and the high-strength composite material rotor 4 , the rotating part of the motor / generator 5 and the rotating part of the radial hybrid magnetic bearing 6 . The motor / generator 5 is located in the middle of the system, its rotating part is installed inside the wheel shell of the high-strength composite rotor 4, its stationary part is installed on the installation shaft 9, and the radial hybrid magnetic bearing 6 is located at the center ...

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Abstract

A magnetic suspension energy-storage flywheel system being a energy-storage device for spacecrafts mainly consists of an axial mixed magnetic bearing, a protection bearing, a radial/axial integrated displacement transducer, a rotor of high-strength composite material, a motor/generator, a radial mixed magnetic bearing, a casing, a mounting shaft and a lock nut. The motor/generator and the mounting shaft is in the middle of the flywheel, and outward are the radial mixed magnetic bearing, the radial/axial integrated displacement transducer, the protection bearing, the axial mixed magnetic bearing and the lock nut in order. The rotor of the high-strength composite material lies outside of the radial mixed magnetic bearing. The integral system is sealed in the casing.

Description

Technical field [0001] The invention relates to a magnetic levitation energy storage flywheel system, which can be used as an energy storage device for spacecraft such as satellites, earth observation platforms, spacecraft, space shuttles, and lunar vehicles, as well as storage batteries, uninterruptible power supplies, electric vehicles, trains, etc. The power source of the vehicle. Background technique [0002] The energy problem is one of the main constraints to the short life and low reliability of spacecraft such as satellites, earth observation platforms, spacecraft, and space telescopes. Improving the supply capacity, life, and reliability of power supplies is the core issue that needs to be solved urgently for spacecraft. At present, the chemical batteries used in spacecraft have low energy density, limited service life, unstable working performance, and uncertain power. Compared with them, the maglev energy storage flywheel has high energy storage density, high peak...

Claims

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Application Information

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IPC IPC(8): F16C32/04
Inventor 房建成韩邦成刘刚孙津济赵建辉
Owner BEIHANG UNIV
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