Power type (flywheel) + Energy type (battery): The system performs coordinated control through an intelligent energy management system. The flywheel utilizes its characteristics of high power, instantaneous response, and unlimited cycles to handle high-frequency, short-duration, high-power charge/discharge tasks (such as frequency regulation, smoothing power fluctuations); the battery utilizes its high energy density advantage to handle longer-duration, steady energy throughput tasks (such as peak shaving and valley filling, backup power).
Synergistic effect: The flywheel acts as a "power buffer", significantly reducing the number of battery charge/discharge cycles and rate, thereby effectively extending battery life and improving overall system economics and reliability.
Thermal power + storage joint frequency regulation on generation side: Configure a hybrid energy storage system of flywheel storage + electrochemical storage in thermal power plants, utilizing the fast response speed and high regulation accuracy of flywheel storage system, complemented by lithium battery storage system as energy supplement, to handle longer-duration energy throughput tasks.
Grid-side independent/shared energy storage system: Flywheel storage handles millisecond-level precise tracking of frequency regulation commands, lithium battery handles long-duration power support and energy balance.
New energy with energy storage.
Supporting energy storage for industrial and commercial user side.
