Characteristics
High integration
Everything in one design
High efficiency
94% for battery, 87% for system
Easy to expand
Modular design, easy expansion
Easy to maintain
Self-diagnosis, fault location
Easy to manage
Ready to use, grid connected or off grid optional
long life
Battery cycles ≥ 6000 times
High security
No parallel connection, no circulation, triple protection
Multiple branches of branches
Support charging, battery and PV charging
100kW/232kwh liquid cooling system
Felicitysolar's 100kW energy storage cabinet with advanced liquid cooling and a modular design offers superior thermal management and scalability. It is a grid-connected device, suitable for power grid allocation, gaining peak and frequency gains/regulation through the difference in peak and valley electricity prices. The modular design allows for easy expansion and maintenance, ensuring long-term reliability and cost-effective power management.
Liquid Cooling System Application Scenarios
System Solution Diagram
100kW/232kwh liquid cooling system
The FelicitSolar 100kW energy storage cabinet features an efficient air cooling system. This is an all-in-one on-grid and off-grid machine, suitable for places such as industrial parks or commercial areas where the power grid is unstable/electricity demand is urgent.
Air Cooling System Application Scenarios
Industrial Park
– Peak Shaving
– Load Balancing
– Emergency Backup
– Capacity and Demand Reduction
Solar-Storage Charging Station
– Peak Shaving
– Increase Flexibility
– Mitigate the impact on the Grid
Data Center
– Peak Shaving
– Emergency Backup
-Capacity Allocation
– Energy Saving
System Solution Diagram
100kW/232kwh liquid cooling system
The FelicitSolar 100kW energy storage cabinet features an efficient air cooling system. This is an all-in-one on-grid and off-grid machine, suitable for places such as industrial parks or commercial areas where the power grid is unstable/electricity demand is urgent.
Air Cooling System Application Scenarios
Base Station
– Emergency Backup
– Intelligent Peak Shaving
– Auxiliary Services
Micro-Grid
– Maintain the Power Grid
– Optimize Power Gird System
– Emergency Power
– Energy Buffering
Distributed Solar/Wind
– Reduce Wind and Solar Curtailment
– Emergency Backup
– Capacity Allocation
– Energy Saving
