Safe chemistry
Lithium-iron batteries are more stable than lithium alone and will not overheat.
Solid-state
Our batteries and power support systems are constructed to minimize wear and tear.
Scalable design
Choose the number of units that best fits your energy usage, and add or reduce over time as needs change.
Small footprint
At seven-feet high and only 30 inches wide, we pack more power into a smaller space than any provider on the market.
Meeting the highest standards
NFPA 855 compliant
UL 1973 Battery Module Level
UL 9540 Entire System Level
FCC 15 Class B
NEC 690.4B
NEC 705.4/6
Hardware
Safe, reliable storage
Hover or click on image hotspots for details.
Sensors monitor the charge/discharge rate and temperature of the cell.
LiFePO4 cells have stable cathode material, non-flammable electrolyte and low toxicity for maximum safety.
Ethernet connection for reporting back to the edge controller.
Display interface for local read/write and data collection from the BMS.
On-board BMS manages and protects the battery and reduces the risk of damage.
Sturdy handle for easy battery hot-swapping in the cabinet (patent pending).
Battery module
- Stable cathode material
- Non-flammable electrolyte
- Low toxicity
- Built-in protection circuit
- Robust cell design
Software
Energy Management System
- Wide area supervisory control platform
- Alarming & notification engine
- Time-of-use scheduling
- Fleet management system
- Energy cost analysis tool
