TAB Traction Li-Ion batteries are designed to deliver longer cycle life, reduction of the total ownership costs, higher productivity and faster charging and are completely maintenance free. TAB BMS (Battery Management System) allows you to monitor the status and health of the battery at any time.
Modules and cells that are used in our batteries are designed in accordance with IEC 62133-2:2017. Modules and cells are certified according to UN38.3.
Advantages of Lithium-Ion vs. Lead-Acid Batteries:
- Compared with lead-acid, a lithium battery does not require any maintenance and produces no toxic emissions.
- Fast (<2 hours) and flexible charging, opportunity charging and two-times longer battery life than lead-acid batteries will increase productivity of your equipment and will take your business to the next level of efficiency.
Lithium-Ion Batteries:
Operating time approx. 21-22 h
Fast/Opportunity charging time approx. 2-3 h
Lead-Acid Batteries:
Operating timeapprox. 8 h
Charging time/rest periods approx. 8 h
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CHARACTERISTICS |
Lead-Acid Batteries |
TAB Lithium batteries |
|
MAINTENANCE |
Maintenance required Extra cost |
No maintenance No extra cost |
|
CHARGING TIME |
8-10 hours 2 or more batteries per truck required for continuous operation |
Less than 2 hours 1 battery per truck is enough for continuous operation |
|
OPPORTUNITY CHARGING |
No Lower fleet availability due to charging breaks |
Yes 100% fleet availability |
|
BATTERY LIFE |
1500 charge/discharge cycles Periodic battery replacement |
2000 charge/discharge cycles No need to replace batteries |
|
DANGEROUS SUBSTANCES |
Yes
Battery room is required |
No, environmentally friendly Safe and clean technology Battery room is not required |
|
ELECTRICITY CONSUMPTION |
Consumes 35% more energy Higher electricity costs |
Consumes 35% less energy Lower electricity costs |
TAB BMS (BATTERY MANAGEMENT SYSTEM)
Main Functions:
- 12V, 24V and 48V Single unit system
- Master-Slave configuration for High voltage batteries
- LCD Touch screen information display
- Battery monitoring and protection
- Safety improvement
Monitoring:
- Cell voltage
- Cell temperature
- Cell resistance
- Battery current
- BMS temperature
- SOC (State of Charge) calculation
- High resolution current measurement
Control:
- Safety devices
- Pre-charge circuit
- Standby mode
- Sleeping mode
Balansing:
- 1.3A passive balancing per cell
- 100% cell availability
Prognostic:
- SOH (State of Health) calculation
- Remaining energy/capacity
- Time until Full / Time until Empty
Protection:
- Over-voltage
- Under-voltage
- Over temperature
- Over current
- Under temperature charge protection
Communication:
- Galvanically isolated user defined multi-purpose digital input/output
- Additional user defined relays and digital inputs/outputs on master-slave configurations
- Galvanically isolated RS-485 communication
- Galvanically isolated CAN with 100, 125, 250, 500, 1 MHz bit-rate selection
- CAN to Charger communication
Custom Batteries for Various Applications:
- Light EV
- Cleaning machines
- Cranes and lifts
- Robots
- Industrial drones
- Trains
- Utility vehicle
- UAV
- Boats
- Mining equipment
- Agriculture
