Gerchamp nickel zinc battery adopts nominal 13.2V design, with 38Ah capacity and high power output characteristics, through the top safety certification (UL9540A), is the data center and base station to achieve lightweight, high safety and power ideal choice.
Nominal voltage
13.2 volts
Volumetric energy density
137.4Wh/L
Flame retardant grade
V0 flame retardant
Designed for outdoor base stations and distributed remote stations. The wide-temperature operating characteristics of nickel-zinc batteries solve the problem of significant battery capacity attenuation in extreme weather environments and ensure the uninterrupted operation of the global communication network.
Suitable for short-time high-power discharge scenarios of UPS systems. The battery is UL9540A certified, solves the fire protection problem under high density deployment, and takes advantage of high power density to significantly reduce the cabinet footprint.
Responsible for the backup power of the rail traffic signal and urban intersection command system. Gerchamp the V0 flame retardant characteristics and stable discharge curve of nickel-zinc battery, the safe and stable operation of key traffic nodes under severe power conditions is ensured.
It is suitable for medical precision instruments with high power quality requirements. The characteristics of low internal resistance and high response speed of the battery solve the risk of interference caused by voltage fluctuation at the moment of switching to sensitive equipment.
The nickel-zinc battery has a strong power output capability, and the discharge power can reach 920W at a rate of 30 minutes at 25°C. The advantage of this selling point is that it can meet the ultra-high load demand of the infrastructure at the moment of power switching and ensure the uninterrupted operation of key equipment.
The product has passed the rigorous UL9540A large-scale fire test and adopts V0 flame retardant ABS shell. Because its aqueous electrolyte system does not have the characteristics of explosion, it effectively solves the safety hazards of the traditional lithium battery room under extreme conditions and reduces the cost of fire compliance.
The battery supports up to 1C fast charge and 3C maximum discharge rate. The advantage of this flexible charge and discharge characteristic is that the battery recharging time is greatly shortened, and the stable high current output can still be maintained in harsh environments, which improves the emergency standby efficiency of the system.
In the 80% state of charge storage for 12 months, the capacity retention rate can still reach more than 70%. The advantage of this selling point is that it reduces the frequency of replenishment of standby inventory by maintenance personnel and reduces the operational burden after large-scale deployment.
The battery had a volume energy density of 137.4Wh/L. Compared with lead-acid batteries of the same specification, its lightweight advantage solves the pain point of insufficient load-bearing in the computer room, and can arrange higher capacity battery packs in the limited cabinet space.
The product can discharge stably in a wide temperature range from minus 20°C to plus 55°C. These specific selling point advantages ensure that the battery can still maintain reliable capacity output in extreme outdoor climates such as severe cold or heat, and adapt to the needs of global distributed base stations.
| Parameter name | Detailed Specifications (Prerequisites) |
| Product Type | nickel-zinc batteries |
| nominal voltage | 13.2 volts (1.65V * 8 cells) |
| nominal capacity | 38Ah (1C discharge to 10.4V at 25°C) |
| nominal power | 920W (30min rate/10.4V, 25°C) |
| Mass energy density | 67.7 watt-hours per kilogram |
| Volumetric energy density | 137.4 watt-hours per liter |
| Static internal resistance | Less than 8 milliohms |
| Fast charging rate | 1C (10°C~45°C) |
| Standard discharge rate | 1C (-20°C~+55°C) |
| Maximum discharge rate | 3C (-10°C~+55°C) |
| Cycle life | 500 times (0.5C 100%DOD at 25°C) |
| External dimensions | 225.5 * 122.5 * 142.5 mm |
| Shell material | V0 flame-retardant ABS engineering materials |
| Certification and Standards | UL9540A, RoHS, TTL, EU2023/1542 |
Gerchamp nickel-zinc battery has achieved a qualitative leap in safety, and its UL9540A certification proves its excellent performance in thermal runaway control. Compared with the traditional standby power scheme, the Gerchamp completely solves the risk of explosion of the high-energy battery pack in the confined space while providing stable voltage output. Thanks to the very low static internal resistance and optimized electrode design, the battery voltage platform is still very robust at high rate discharge up to 3C. This allows the backup power supply to respond to high-power load shocks with lower voltage drop and higher efficiency, providing higher quality power protection for critical infrastructure.
Gerchamp solve the pain point of battery fire in data centers and building power backup systems, and simplify the fire approval process through intrinsically safe materials through UL top-level safety tests.
Gerchamp nickel zinc battery adopts nominal 13.2V design, with 38Ah capacity and high power output characteristics, through the top safety certification (UL9540A), is the data center and base station to achieve lightweight, high safety and power ideal choice.
13.2 volts
Nominal voltage
137.4Wh/L
Volumetric energy density
V0 flame retardant
Flame retardant grade
The nickel-zinc battery has a strong power output capability, and the discharge power can reach 920W at a rate of 30 minutes at 25°C. The advantage of this selling point is that it can meet the ultra-high load demand of the infrastructure at the moment of power switching and ensure the uninterrupted operation of key equipment.
The product has passed the rigorous UL9540A large-scale fire test and adopts V0 flame retardant ABS shell. Because its aqueous electrolyte system does not have the characteristics of explosion, it effectively solves the safety hazards of the traditional lithium battery room under extreme conditions and reduces the cost of fire compliance.
The battery supports up to 1C fast charge and 3C maximum discharge rate. The advantage of this flexible charge and discharge characteristic is that the battery recharging time is greatly shortened, and the stable high current output can still be maintained in harsh environments, which improves the emergency standby efficiency of the system.
In the 80% state of charge storage for 12 months, the capacity retention rate can still reach more than 70%. The advantage of this selling point is that it reduces the frequency of replenishment of standby inventory by maintenance personnel and reduces the operational burden after large-scale deployment.
The battery had a volume energy density of 137.4Wh/L. Compared with lead-acid batteries of the same specification, its lightweight advantage solves the pain point of insufficient load-bearing in the computer room, and can arrange higher capacity battery packs in the limited cabinet space.
The product can discharge stably in a wide temperature range from minus 20°C to plus 55°C. These specific selling point advantages ensure that the battery can still maintain reliable capacity output in extreme outdoor climates such as severe cold or heat, and adapt to the needs of global distributed base stations.
| Parameter name | Detailed Specifications (Prerequisites) |
| Product Type | nickel-zinc batteries |
| nominal voltage | 13.2 volts (1.65V * 8 cells) |
| nominal capacity | 38Ah (1C discharge to 10.4V at 25°C) |
| nominal power | 920W (30min rate/10.4V, 25°C) |
| Mass energy density | 67.7 watt-hours per kilogram |
| Volumetric energy density | 137.4 watt-hours per liter |
| Static internal resistance | Less than 8 milliohms |
| Fast charging rate | 1C (10°C~45°C) |
| Standard discharge rate | 1C (-20°C~+55°C) |
| Maximum discharge rate | 3C (-10°C~+55°C) |
| Cycle life | 500 times (0.5C 100%DOD at 25°C) |
| External dimensions | 225.5 * 122.5 * 142.5 mm |
| Shell material | V0 flame-retardant ABS engineering materials |
| Certification and Standards | UL9540A, RoHS, TTL, EU2023/1542 |
Designed for outdoor base stations and distributed remote stations. The wide-temperature operating characteristics of nickel-zinc batteries solve the problem of significant battery capacity attenuation in extreme weather environments and ensure the uninterrupted operation of the global communication network.
Suitable for short-time high-power discharge scenarios of UPS systems. The battery is UL9540A certified, solves the fire protection problem under high density deployment, and takes advantage of high power density to significantly reduce the cabinet footprint.
Responsible for the backup power of the rail traffic signal and urban intersection command system. Gerchamp the V0 flame retardant characteristics and stable discharge curve of nickel-zinc battery, the safe and stable operation of key traffic nodes under severe power conditions is ensured.
It is suitable for medical precision instruments with high power quality requirements. The characteristics of low internal resistance and high response speed of the battery solve the risk of interference caused by voltage fluctuation at the moment of switching to sensitive equipment.
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