Energy storage systems
HYBRID ENERGY STORAGE SYSTEM
Hybrid storage systems use combinations of different types of batteries, such as Li-Ion and Redox.
The balance between types of batteries is determined by the requirements of the site (required output capacity and storage capacity)




Inexpensive increase in capacity

Buffering low-amplitude consumption failures

High cyclic resource
(continuous functioning)

Can be charged under low temperatures



Inexpensive increase in capacity

Buffering high-amplitude consumption failures

Low cyclic resource
(from 2 000 to 5 000 charging cycles)

Battery degradation below 0°C
CHARACTERISTICS
Redox:
Li-Ion:

APPLICATION

IN THE POWER GRID SYSTEM
    • Peak shaving
    • Primary and secondary reserve
    • Frequency regulation

    IN INDUSTRY
    • Backup power supply
    • Price arbitration (peak - off-peak)
    • Reducing capacity payments
    • Power supply categorization
    • Increase peak capacity consumption
    IN ISOLATED SYSTEMS
    • Providing static and dynamic stability
    • Balancing generation and demand
    • Reactive power management
    IN PRIVATE HOUSEHOLDS
      • Standby power supply
      • Renewable generation buffering
      • Price arbitration
      Hybrid energy storage systems are an ideal solution for private households and small businesses, building alternative energy systems, solving any problems of power storage and supply to consumers with high peak loads and longest service life.