800V SERIES

Battery Packs

AMPHERR Battery Pack 800V-Series

Ultra-High Power for Next-Generation Systems

 

AMPHERR Battery Pack 800V-Series, high-voltage lithium-ion batteries for Off-Highway Equipment, Marine (Lloyd's Register Certified), GenSet, Railway, Commercial Vehicles, Buses.

System Features

  • ECE R100.3, ECE R10.6 and UN38.3 certifications
  • Lloyd's Register certification for marine applications
  • IATF 16949:2016-Certified Manufacturing
  • Common PJB (Pack Junction Box) for all products
  • Efficient liquid cooling system
  • CANBus 2.0A-B communication protocol
  • Integrated BMS (Battery Management System)
  • Integrated precharge circuit and isolation measurement

Specifications

42kWh - NMC 84kWh - NMC 127kWh - NMC 127kWh - NMC
Battery Pack NMC-800-042 NMC-800-084 NMC-800-127 NMC-800-127X
Electrical Specifications
Installed Energy @1/3C kWh 42,3 84,2 126,8 126,8
Energy Density @1/3C Wh/kg up to 148 up to 176 up to 179 up to 179
Capacity @1/3C Ah 59 117 177 177
Nominal Voltage V 705 707 703 703
OCV Range @ 5-95% SoC V 665 - 814 668 - 818 667 - 812 667 - 812
Min-Max Voltage Range V 528 - 835 538 - 845 538 - 835 538 - 835
Cont. Charge Current @ 25°C, SoC dependent, step charge A 70 200 209 209
Peak Charge Current @ 10s, 25°C, SoC dependent A 174 354 348 348
Cont. Discharge Current @ 25°C, SoC dependent A 58 228 174 174
Peak Discharge Current @ 10s, 25°C, SoC dependent A 355 354 356 356
Cycle Life @ 90%DoD, 0.5C/ 0.5C   cycle up to 3000 up to 3000 up to 4000 up to 4000
Communication Protocol   CANBus 2.0A-B CANBus 2.0A-B CANBus 2.0A-B CANBus 2.0A-B
Supply Voltage for Control Equipment V 12/24 12/24 12/24 12/24
Mechanical Specifications
Cooling Type   Liquid Cooling Liquid Cooling Liquid Cooling Liquid Cooling
Flow Rate l/min 10-15 10-15 10-15 10-15
Pressure Drop @10I/min and 25°C mbar < 300 < 300 < 300 < 300
Coolant Operating Pressure bar < 2  < 2  < 2  < 2 
Operating Temperature @discharge °C -30 ~ 55 -30 ~ 55 -30 ~ 55 -30 ~ 55
Operating Temperature @charge  °C -20 ~ 55 -20 ~ 55 -20 ~ 55 -20 ~ 55
Recommended Operating Temperature °C 15 ~ 35 15 ~ 35 15 ~ 35 15 ~ 35
Storage Temperature °C -30 ~ 55 -20 ~ 45 -30 ~ 55 -30 ~ 55
IP Rating (when the plug connectors are mated)   IP67 IP67 IP67 IP67
Physical Specifications
1F32
Housing Type
Weight
kg
490
Dimension
mm
2215x1000x145
2V16
Housing Type
Weight
kg
280
Dimension
mm
960x690x285
2H16
Housing Type
Weight
kg
520
Dimension
mm
2075x600x285
2F24
Housing Type
Weight
kg
730
Dimension
mm
1660x1000x285
2V32
Housing Type
Weight
kg
510
Dimension
mm
1710x690x285
3V32
Housing Type
Weight
kg
750 750
Dimension
mm
1710x690x428 1710x690x428
3H16
Housing Type
Weight
kg
760 760
Dimension
mm
2075x600x428 2075x600x428
4V16
Housing Type
Weight
kg
530
Dimension
mm
960x690x570
4V24
Housing Type
Weight
kg
760
Dimension
mm
1330x690x570
5L48
Housing Type
Weight
kg
780
Dimension
mm
1090x790x713
42kWh - NMC 84kWh - NMC 127kWh - NMC 127kWh - NMC
Battery Pack NMC-800-042 NMC-800-084 NMC-800-127 NMC-800-127X
Electrical Specifications
Installed Energy @1/3C kWh 42,3 84,2 126,8 126,8
Energy Density @1/3C Wh/kg up to 148 up to 176 up to 179 up to 179
Capacity @1/3C Ah 59 117 177 177
Nominal Voltage V 705 707 703 703
OCV Range @ 5-95% SoC V 665 - 814 668 - 818 667 - 812 667 - 812
Min-Max Voltage Range V 528 - 835 538 - 845 538 - 835 538 - 835
Cont. Charge Current @ 25°C, SoC dependent, step charge A 70 200 209 209
Peak Charge Current @ 10s, 25°C, SoC dependent A 174 354 348 348
Cont. Discharge Current @ 25°C, SoC dependent A 58 228 174 174
Peak Discharge Current @ 10s, 25°C, SoC dependent A 355 354 356 356
Cycle Life @ 90%DoD, 0.5C/ 0.5C   cycle up to 3000 up to 3000 up to 4000 up to 4000
Communication Protocol   CANBus 2.0A-B CANBus 2.0A-B CANBus 2.0A-B CANBus 2.0A-B
Supply Voltage for Control Equipment V 12/24 12/24 12/24 12/24
Mechanical Specifications
Cooling Type   Liquid Cooling Liquid Cooling Liquid Cooling Liquid Cooling
Flow Rate l/min 10-15 10-15 10-15 10-15
Pressure Drop @10I/min and 25°C mbar < 300 < 300 < 300 < 300
Coolant Operating Pressure bar < 2  < 2  < 2  < 2 
Operating Temperature @discharge °C -30 ~ 55 -30 ~ 55 -30 ~ 55 -30 ~ 55
Operating Temperature @charge  °C -20 ~ 55 -20 ~ 55 -20 ~ 55 -20 ~ 55
Recommended Operating Temperature °C 15 ~ 35 15 ~ 35 15 ~ 35 15 ~ 35
Storage Temperature °C -30 ~ 55 -20 ~ 45 -30 ~ 55 -30 ~ 55
IP Rating (when the plug connectors are mated)   IP67 IP67 IP67 IP67
Physical Specifications
1F32
Housing Type
Weight
kg
490
Dimension
mm
2215x1000x145
2V16
Housing Type
Weight
kg
280
Dimension
mm
960x690x285
2H16
Housing Type
Weight
kg
520
Dimension
mm
2075x600x285
2F24
Housing Type
Weight
kg
730
Dimension
mm
1660x1000x285
2V32
Housing Type
Weight
kg
510
Dimension
mm
1710x690x285
3V32
Housing Type
Weight
kg
750 750
Dimension
mm
1710x690x428 1710x690x428
3H16
Housing Type
Weight
kg
760 760
Dimension
mm
2075x600x428 2075x600x428
4V16
Housing Type
Weight
kg
530
Dimension
mm
960x690x570
4V24
Housing Type
Weight
kg
760
Dimension
mm
1330x690x570
5L48
Housing Type
Weight
kg
780
Dimension
mm
1090x790x713

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AMPHERR Battery Systems 800V

The AMPHERR Batteries 800V deliver high-performance power and exceptional efficiency for next-generation applications. Designed for maximum energy output, long service life, and advanced safety, they provide a reliable solution for high-voltage industrial systems and modern electric mobility platforms. Their scalable architecture and standardized interfaces simplify system integration while supporting fast charging, reduced development time, and future-ready electrification strategies.

 

  • Ultra-fast charging capability
  • Maximum efficiency and reduced system losses
  • Designed for premium e-mobility and high-end applications
  • Light Commercials
  • Citybuses
  • Locomotives
  • Container
  • Marine
  • Industrial
  • Trucks
  • Tractor

FAQs Batteries - 800V Series

1. What is the AMPHERR 800V Series?

It is a family of high-voltage NMC lithium-ion battery packs for next-generation systems that need ultra-high power, fast charging, and high efficiency. It is designed for off-highway equipment, marine, GenSet, railway, commercial vehicles, and buses.

2. Which battery pack models and capacities are in the 800V Series?

There are four NMC models: NMC-800-042 (42.3 kWh), NMC-800-084 (84.2 kWh), NMC-800-127 (126.8 kWh), and NMC-800-127X with Lloyd's Register (126.8 kWh). Installed energy is specified at 1/3C.

3. What energy density and cycle life do 800V packs offer?

Energy density at 1/3C is up to 148 Wh/kg (042), up to 176 Wh/kg (084), and up to 179 Wh/kg (127 and 127X). Cycle life at 90% depth of discharge and 0.5C/0.5C is up to 3,000 cycles for the 42 and 84 kWh packs and up to 4,000 cycles for the 127 kWh packs.

4. What is the voltage range of the 800V Series?

Nominal voltage is about 703 to 707 V depending on the model. The open-circuit voltage range at 5 to 95% state of charge is roughly 665 to 818 V, and the operating range extends from 528 V up to 845 V.

5. What charge and discharge currents do the packs support?

At 25 °C and depending on state of charge, continuous charge current is 70 A (042), 200 A (084), and 209 A (127 and 127X). Peak charge current for 10 seconds is 174 A, 354 A, and 348 A. Continuous discharge current is 58 A, 228 A, and 174 A, and peak discharge current for 10 seconds is about 355 A across the series.

6. Which vehicles and applications are the packs designed for?

Supported vehicles include light commercials, city buses, locomotives, containers, marine vessels, industrial machinery, trucks, and tractors. They are positioned for premium e-mobility and high-end applications.

7. How are the packs cooled, and what temperatures can they operate in?

They use liquid cooling with a flow rate of 10 to 15 l/min, a pressure drop below 300 mbar, and a coolant pressure below 2 bar. Operating temperature is -30 to 55 °C when discharging and -20 to 55 °C when charging, with a recommended range of 15 to 35 °C. The rating is IP67 when the plug connectors are mated.

8. Which certifications and standards apply?

The page lists ECE R100.3, ECE R10.6, and UN38.3 certifications, Lloyd’s Register certification for marine applications, and IATF 16949:2016-certified manufacturing.

9. What is built into each pack?

Each pack has an integrated BMS, an integrated precharge circuit, isolation measurement, and CANBus 2.0A-B communication. All products share a common Pack Junction Box (PJB), and control equipment runs on a 12 or 24 V supply.

10. Which housing types and sizes are available?

Housing types are 1F32, 2V16, 2H16, 2F24, 2V32, 3V32, 3H16, 4V16, 4V24, and 5L48. Weights range from about 280 kg to 780 kg depending on the housing.

11. Can I combine several packs, and which accessories are available?

Yes, AMPHERR supports multiple battery system layouts. Accessories are the PDU, MPCU (Multi-Pack Controller Unit), RCB, and APE.

12. How does the 800V Series differ from the 400V, 700V, and LTO Series?

They are different system voltage classes, so you pick the one that matches your vehicle’s architecture. The 800V Series targets ultra-high power and fast charging with NMC chemistry. The LTO Series also includes the 800V-class models LTO-800-031 and LTO-800-036.

13. How can I request a quote or technical support?

Use the Get a Quote form on the page, or contact SALES@AMPHERR.COM.