The LZY FESS ensures high efficiency of conversion between electrical energy and mechanical energy under the precise control of a series of work processes. In the charge process, the electric energy will undergo a high-performance flywheel energy storage inverter to accurately drive the motor so that the magnetic levitation flywheel in vacuum could increase its speed quickly. In the process, the input electrical energy is directly converted into the kinetic energy of high-speed rotation of the flywheel for the purpose of electrical energy storage. When the grid or load requires electrical energy, the flywheel would start to decelerate, driving in reverse the motor to generate electricity. The inverter again feeds smoothened and stabilized electrical energy into the grid, hence the kinetic energy of the flywheel has been converted into electrical energy. In this way, through the acceleration and deceleration of the flywheel, the FESS realizes the flexible storage and release of electrical energy.
1) High efficiency
The charge-discharge cycle efficiency is as high as 85% or over and guarantees that the loss during the energy conversion process is minimized.
2) Large range of power
A single machine can produce between 250 kW and 2 MW of power to satisfy various scales of projects.
3) Quick response
As little as 20 milliseconds, quickly responding to grid fluctuation provides instant power support.
4) Long operating life
A designed service life of more than 25 years combines the best materials with advanced maintenance technologies, reducing the long-term cost of operating.
5) Highly durable
The number of charge and discharge times can be over 2 million times, supporting high-frequency charges and discharges ≥20 times/hour, adapting to more complex scenarios in different applications.
6) Environmental protection, safety
LZY FESS produces no pollution during operation, combining multilevel protection design to guarantee the inherent safety of the device and meet modern green energy development demands.
