The typical flywheel Residential Energy Storage System is composed of five main components of the flywheel body, bearing, motor/generator, power converter and vacuum chamber. In practical applications, there are many structures of the flywheel Residential Energy Storage System.

Bearing: The performance of the bearings directly affects the reliability, efficiency and life of the flywheel Residential Energy Storage System. The application of the flywheel Residential Energy Storage System uses the magnetic suspension system to reduce the friction of the motor rotation, reduce mechanical loss, and improve energy storage efficiency.

Motor/generator: The conversion between the mechanical kinetic energy and electrical energy of the engine of the flywheel Residential Energy Storage System is implemented by electric/generators and its control. Electric/generator integrates a component. When energy storage, it runs as an electric motor and drives the motor by the outside electrical energy to drive the flywheel rotor to accelerate to the set speed. When the energy is interpreted Output power, at this time the speed of the flywheel continues to decline. Obviously, low -loss, high -efficiency electric/generators are the key to efficient energy transmission.

Electric converter: The power converter is to improve the flexibility and controllability of the flywheel Residential Energy Storage System, and the output power is converted to electrical energy that meets the power supply requirements through frequency adjustment, rectification, or constant voltage.

Vacuum chamber: The main role of vacuum room is to provide vacuum environments and reduce wind resistance loss during motor operation.