During energy storage, the external electrical energy runs the motor after transforming the power converter, and the motor drives the flywheel rotor to accelerate the rotation until it reaches a set speed. In the process of accelerating the flywheel, the flywheel stores energy in the form of kinetic energy to complete the storage energy process of electrical energy to mechanical kinetic energy conversion, and the energy is stored in a high -speed rotating flywheel body. After that, the flywheel was rotated by the set rotation until the control signal of energy release was received.

During the interpretation, the motor is used as a generator. The high -speed rotating flywheel drag motor power generation. The output of the power converter is suitable for the current and voltage of the load to complete the release energy process of mechanical kinetic energy to electrical conversion. In the process of interpretation, the speed of the flywheel continued to decline. The entire flywheel Residential Energy Storage System realizes the input, storage and output of electrical energy.

The flywheel Residential Energy Storage System is a mechanical Residential Energy Storage System with broad application prospects. It has the advantages of high energy storage density, strong adaptability, wide application range, high life, long life, non -pollution and low maintenance costs. The flywheel Residential Energy Storage System has been applied to aerospace, UPS power, transportation, wind power, nuclear industry and other fields. With the continuous improvement of composite material technology, magnetic branches, all -in -one technology, and multi -disciplinary optimization design technology, more and more attention to flywheel energy storage technology has also been increasing, and related new technologies continue to appear.