Battery Power Providers

Balancell P43

  • Nominal voltage – 52V
  • Nominal Capacity – 554Ah
  • Length (mm) – 1190
  • Width (mm) – 394
  • Height (mm) – 302
  • Typical Weight (kg) – 198


Spec Sheet


Balancell P43

Battery Specifications and Accountability
Nominal Energy | 28.8kWh | Voltage | 52V | Nominal Amp Hours | 554Ah | Model Number | P14
Real Amp hour Capacity This is viewable and measurable in the battery history for every discharge throughout lifetime.
Cell Cycle life 3500 cycles at 100% DOD until 80% nominal capacity
History and Data logging All data is recorded for every minute up to 30 years internally (and sent to gateway if online).
Energy Output Logging The Total Energy Output in kWh, or total lifetime operating hours are all recorded, and visible online
Guarantee | Energy output – 56 000 kWh | Calendar time – 5 yrs | Operating Hours – 20 000 hrs – *If matched to machine |
Guarantee – Cycles Unlimited cycles up either Total Energy Output or Calendar time, which ever comes first
Recycling – End of life EnviroServe – Our partner recycling company

Battery Specifications and Accountability

Discharge Limits – (Voltage & Current) Battery Protection Notes
Continuous Discharge current 540A 1C continuous
Surge Discharge Current – 30 seconds 1500A 3C transient. Typically repeated for every lift or peak load.
Electronic Current trip limit – analogue 2000A If the electronic current limit option is enabled – Note 1*
Electronic trip Retry time – analogue Time taken after current trip to retry connection
Pre-Charge current limit – Note 1* 2000A Automatically provided if electronic current limit is enabled
Electronic Overload – Digital Optional with either, I²t , max current, or Custom profiles
Internal Battery Fuse 500A I²t = 2 050 000 A
Minimum battery voltage 47.2V Battery will cutout here, regardless of indicated SOC
ABSOLUTE Minimum Battery Voltage 43.4V Internal electronics Disabled! Please see battery protection.

Note 1*. Electronic current limit is optional and adjustable between 500-1000A. It will act as a automatic pre-charge for connection to inverters. For motive applications, in particular old lead machines, pre-charge or current limit prevents startup, and not desirable.


Charge Limits - (and charger settings)

Charge Limits – (and charger settings)
Maximum Continuous Charging Current 400A Preferred range is 100A to 150A, set for constant current CC.
End of Charge voltage 56V 55.6V to 56.0V max set as endpoint CV voltage
Balancing charge voltage or current 56.2V 56.0V-56.3V OR charge at constant current (CC) of 400mA
Charger voltage range 48V Charger voltage must be within normal 48V limits.
Battery maximum voltage self cut out 56.4V Battery will cutout, preventing further charging, NOTE 3*.
Peak transient charger voltage 100V *Peak transient voltage after battery self disconnects
Charger Lead Inductive Energy 150J NOTE 4*. However, Typical 2m length lead installations are of no concern.
NOTE 3*. If battery self cuts out from over voltage it will still be available for discharge through reverse diode.

NOTE 4*. This is the maximum charger lead Inductive energy battery cutout can absorb ( 1/2 I²L < 75J ).


NOTE 1*. When the internal electronics are disabled, the battery enters a dormant state. In this state the battery will be inactive, not connected and not available for normal recharge or use. It can be recharged but it MUST be recharged with a constant current that must not exceed 500mA (450mA preferred) and voltage less than 65V (e.g. Balancell hockey PUK charger). If left for more than 6 months in this dormant state, then it should NOT be recharged and battery needs to be returned for a service and cell checkup.

Mechanical Design

Mechanical Design
| Length – 1190 mm | Width – 394 mm | Height – 302 mm | Mass – 198 kg
| Specific (Gravimetric) Energy Density – 141 Wh/kg | Volumetric Energy Density – 213 Wh/l |
| Cell insulation – Standard with Additional PET 300 micron cover added to all cells for safety and vibration tolerance.
| Cell compression – ~ 3000N | G-shock tolerance – > 5 times IEC 61485 | Environmental – IP61 |
| Interlinks, cell to cell , cell to terminal – Flexible laminated tin plated copper |

Communication Options

Communication Options
GSM Global sim with lifetime connectivity (15yrs), Standard on Industrial Motive Batteries (2G, 3G or NB-IoT)
Serial RS232 standard, (default connection to SOC display), RS485 converter optional. Isolated to 1000V
CANbus CANOpen standard, 5V@200mA available, OEM comms on request, MODBUS optional. Isolated to 2500V
Wifi Standard

Certification and Standards

Certification and Standards
Cell Certifications GB Certified to – GB31484, GB31485, GB31486, UL1973, MSDS UN38.3
Cell Manufacturing ISO Certified to – ISO9001, ISO14001, TS16949
Battery Manufacturing ISO In process – ISO9001 certification
Battery Electromagnetic Compatibility CE Certified to – EN 301 489-1: V2.2.3, EN 301 489-52: V1.1.0, EN / IEC 61326-1
Battery Standards IEC Designed to meet – IEC 62485-6, IEC 63056, IEC 61619, IEC 62660-2
Battery Standards UL Designed to meet – UL 2580


OLED SoC% Display 0-100%, Error msgs, Power & Charging LEDs. Configurable Buzzer at low SOC
Fast Charge Safety Disconnect Plug Fast charging point safety forklift disconnect to prevent driving away with charger connected
3P charger
9kW – 26V, 39V, 52V
1P charger
3kW – 26V, 39V, 52V
Hockey PUK charger 400mA CC, For float charging, balancing, and recovery from a deep discharge dormant state

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