We are the construction blocks of sustainable movility
A new concept: We combine the most innovative cell formats and chemistries with advanced charge/discharge management technology in the first modular format. Tailored to your projects' needs.
Each Battery includes 40 to 56 cells and Battery Management System (BMS) based on a 32-bits microprocessor, able to communicate via CAN-Bus to batteries.
ENHANCED CHARGING SPEED AND DISCHARGE CAPACITY
Up to 6C (10 minutes) for a quick charge, regardless of tension or the amount of batteries, in comparison to 0.2-0.1C (5 to 10 hours) in Lead and 0.5-1C (1 to 2 hours) in Litium-Ion under forced high-speed charging.
Up to 10.000 charging and discharging cicles, versus 500 cicles for lead-acid and 1200 cicles for Lithium-ion.
RELIABLE DEPTH OF MAXIMUM DISCHARGE
95-98% versus 60% to 80% of AGM and Lead Gel respectively, or 90% for Lithium-ion batteries.
BETTER RESISTENCE TO LONG PERIODS OF DISCHARGE
Improved capacity of instant discharge: Up to 20C for short periods of time.
SpecificationsDimensions:172 x 135 x 70 mm (6.8 x 5.3 x 2.7 in) [H x W x D]
Weight: 5 cells: 1710 gr // 6 cells: 2050 gr // 7 cells: 2350 gr (Without box)
Management system: One or two units controlled through microprocessor.
Comunication: CAN – Bus.
Lifetime: Up to 10.000 charge/discharge cicles at 1C. The ammount of cicles could diminish under strong charge/discharge conditions.
- Charge: 0~40C
- Discharge: -20~70C
- Storage: -10~20C
|Setup||Tension / Current||Capacity||Recommended Application|
|5x8||12.5 v / 10.4 Ah||130 Wh||Replacement for traditional batteries|
|6x8||15 v / 10.4 Ah||156 Wh||Hybrid / Electric clusters|
|12x4||30 v / 5.2 Ah||165 Wh||Electric 64v Motorcycles clusters|
|7x8||17.5 v / 10.4 Ah||182 Wh||Hybrid / Electric clusters|
|14x4||35v / 5.2 Ah||182 Wh||Electric Bikes|