Battery High Voltage / Super High Power Packs

  • Safe!
  • Optional cooling plate
  • High cycle numbers
  • Scalable
  • Cost efficient
  • Made in Germany

The LiHv (Lithium High Voltage) batteries are more energy-intensive than traditional LiPo (Lithium iron phosphate) batteries. It is the product of the nominal voltage and the capacity of a battery divided by the batteries volume or weight. Based on the limited space and weight of the power supply, the battery energy can be boosted by increasing the charging voltage, which is where we see the fully-charged voltage increase from let’s say 3.5 V to 3.85 V.

Pre-charge circuits is included in each battery string, isolation monitoring and SoC (state-of-charge) & SoH (state-of-health )calculations as well.

Our team will guide and help you through in the process on what you would need in order for you to get the best experience. It’s important to find the balance between the weight of the vessel and power needed.

Mechanical & Electrical Data

Nominal88.8V factor of
Capacity10.7kWh factor of
Max continues Charge1.5C (2C on request)
Max Charge2C 
Max continues Discharge2.5C 
Peak Discharge3C for 15 min, 5C for 10S @ 25°C
CANBus250Kb/S multiple batteries on same BUS
Life Cycle> 3000 @ 25°C  0.5C/1C, 10% to 90% DOD 
Voltage9 in series, 20 in parallel
Volt Max101V absolute max, recommended 99V
Volt Min68V absolute min, recommended 76V
Temp Rangeminus 5°C to 45°C
EnclosureALU, IP 54, IP 65 on request
System MountStackable
Weight78kg at 10.7kWh = 7.3kg per kWh or 136W per kg
Dimensions320 x 330  x 630 mm
DesignCustom design and size possible
Fire ProtectionOptional internal fire extinguishing system
Cell Level ProtectionSingle SS cell housing
CertificationsCE, UN38.3
Warranty2 Years, 3 Years an option
Price up to 10 Pieceson request, clearly competitive
Price more than 50 Pieceson request, clearly competitive
Bigger Amountson request, clearly competitive