Gerchamp innovative industrial backup battery system uses an advanced nickel-zinc chemical system with a 3C high-rate discharge capacity and a rated voltage of 13.2 volts. The system completely eliminates the risk of thermal runaway, is safer than lithium batteries, and the volume and weight are only one-half to one-third of those of equivalent capacity lead-acid batteries. It is designed to provide easy-to-maintain and high-reliability power protection for key facilities and undertake wholesale business.
Monomer voltage
13.2 V Pack
Discharge rate
3C level
Operating temperature
-20℃~+55℃
It is designed for engineers managing hyperscale data centers and edge computing nodes. Because of its high power density and small footprint, nickel-zinc batteries are ideal for Internet companies and cloud service providers that need to maximize rack space, respond quickly, and have high reliability requirements for UPS systems.
For purchasers responsible for subway, high-speed rail signal systems and on-board backup power supplies. The Gerchamp Industrial Battery Backup Systems (Gerchamp Nickel Zinc battery) can withstand the continuous vibration of the train and work stably in a wide temperature environment to ensure the normal operation of traffic signals and communication equipment in any weather conditions.
For the bank headquarters and the power protection department of the stock exchange. In view of the fact that financial data cannot be lost, the system provides millisecond-level instantaneous high-current switching capability without fire hazards, which perfectly meets the dual high standards of financial institutions for data security and physical environment security.
Suitable for energy managers at offshore drilling platforms, refineries and oil pipeline monitoring sites. Nickel-zinc batteries do not contain flammable electrolytes and are resistant to high temperatures, and can operate safely in hazardous areas filled with flammable gases, making them an ideal upgrade to replace traditional lead-acid batteries.
Gerchamp industrial battery backup systems are designed for high power needs and support continuous discharge rates up to 3C. When the data center or industrial equipment is started, it can provide stronger voltage support than traditional lead-acid batteries, effectively suppress the voltage drop under the impact of large current, and ensure that the load operation is not affected during the power grid switching.
The Nickel-Zinc chemistry ensures the system is immune to thermal runaway. Even when subjected to overcharging, physical puncture, or short circuits, the battery will not catch fire or explode. This reliability greatly mitigates safety hazards in sensitive environments such as petroleum and petrochemical facilities.
The standby power system has excellent temperature resistance, and the operating temperature range covers 20 degrees below zero to 55 degrees above zero. In the cold base station in the north or the equatorial high-temperature machine room, the discharge efficiency of more than 90% can be maintained, and the operating energy consumption cost is significantly reduced.
Compared with valve-regulated sealed lead-acid batteries with the same capacity, the volume and weight of Gerchamp nickel-zinc batteries are 1/2-1/3 of that of lead-acid batteries with the same capacity. This provides the advantage that industrial users can deploy more computing equipment in high-floor computer rooms with limited load-bearing capacity or in confined containerized data centers.
Products fully comply with RoHS and REACH environmental protection directives, do not contain lead, cadmium and other toxic heavy metals. The recyclability of nickel-zinc battery materials exceeds 90%, helping companies meet ISO 14001 environmental management standards when building a green supply chain and eliminate compliance legal risks for waste battery disposal.
Thanks to the advanced nickel zinc chemistry and maintainable physical design, the system has a design life of more than 10 years. Unlike “disposable” maintenance-free batteries, Gerchamp batteries allow extended life cycles through simple liquid-filled maintenance, which significantly reduces replacement frequency and procurement costs due to premature battery aging. This “long life and easy maintenance” combination provides enterprises with a better long-term return on investment.
| Technical parameters | Specifications |
| Chemical system | Nickel-Zinc (NiZn) |
| Nominal voltage | 13.2V |
| Discharge capability | 3C continuous discharge |
| Nominal capacity | 38Ah |
| Energy density | 137.4Wh/L |
| Operating temperature range | -20°C to +55°C |
| Safety features | No thermal runaway, no combustion, no explosion |
| Life expectancy | 10 year design life |
| Cycle life | 500 cycles (0.5C 100%DOD); 300 cycles (3C 100%DOD) |
| Internal resistance | <8mΩ |
| Size advantage | Compared to lead-acid batteries, the volume is reduced by 50%. |
| Charging current | Fast.38A |
| Flame retardant level | UL94V-0 |
Compared with mainstream lead-acid batteries, the Gerchamp nickel-zinc system completely solves the problem of low energy density. Lead-acid batteries are usually bulky and large, while our nickel-zinc solution provides the same amount of electricity, the volume and weight are 1/2-1/3 of the same capacity lead-acid battery, which greatly reduces the load-bearing pressure of the floor and saves valuable room space. Compared with lithium-ion batteries, Gerchamp scheme has an overwhelming advantage in safety. Lithium batteries have the risk of thermal runaway and fire under high temperature or impact, which requires the cooperation of complex fire fighting system. However, nickel-zinc batteries are intrinsically safe and do not burn and explode even under physical damage, especially suitable for industrial places with high personnel density or fire prevention requirements.
Gerchamp Industrial Battery Backup Systems (Gerchamp Nickel Zinc battery) are aimed at data centers located in the city center. Our batteries occupy a small footprint and are lightweight, which solves the problem where backup power capacity cannot be increased due to insufficient building load and limited space, effectively saving operators the cost of land for expansion.
Gerchamp innovative industrial backup battery system uses an advanced nickel-zinc chemical system with a 3C high-rate discharge capacity and a rated voltage of 13.2 volts. The system completely eliminates the risk of thermal runaway, is safer than lithium batteries, and the volume and weight are only one-half to one-third of those of equivalent capacity lead-acid batteries. It is designed to provide easy-to-maintain and high-reliability power protection for key facilities and undertake wholesale business.
13.2 V Pack
Monomer voltage
3C level
Discharge rate
-20℃~+55℃
Operating temperature
Gerchamp industrial battery backup systems are designed for high power needs and support continuous discharge rates up to 3C. When the data center or industrial equipment is started, it can provide stronger voltage support than traditional lead-acid batteries, effectively suppress the voltage drop under the impact of large current, and ensure that the load operation is not affected during the power grid switching.
The Nickel-Zinc chemistry ensures the system is immune to thermal runaway. Even when subjected to overcharging, physical puncture, or short circuits, the battery will not catch fire or explode. This reliability greatly mitigates safety hazards in sensitive environments such as petroleum and petrochemical facilities.
The standby power system has excellent temperature resistance, and the operating temperature range covers 20 degrees below zero to 55 degrees above zero. In the cold base station in the north or the equatorial high-temperature machine room, the discharge efficiency of more than 90% can be maintained, and the operating energy consumption cost is significantly reduced.
Compared with valve-regulated sealed lead-acid batteries with the same capacity, the volume and weight of Gerchamp nickel-zinc batteries are 1/2-1/3 of that of lead-acid batteries with the same capacity. This provides the advantage that industrial users can deploy more computing equipment in high-floor computer rooms with limited load-bearing capacity or in confined containerized data centers.
Products fully comply with RoHS and REACH environmental protection directives, do not contain lead, cadmium and other toxic heavy metals. The recyclability of nickel-zinc battery materials exceeds 90%, helping companies meet ISO 14001 environmental management standards when building a green supply chain and eliminate compliance legal risks for waste battery disposal.
Thanks to the advanced nickel zinc chemistry and maintainable physical design, the system has a design life of more than 10 years. Unlike “disposable” maintenance-free batteries, Gerchamp batteries allow extended life cycles through simple liquid-filled maintenance, which significantly reduces replacement frequency and procurement costs due to premature battery aging. This “long life and easy maintenance” combination provides enterprises with a better long-term return on investment.
| Technical parameters | Specifications |
| Chemical system | Nickel-Zinc (NiZn) |
| Nominal voltage | 13.2V |
| Discharge capability | 3C continuous discharge |
| Nominal capacity | 38Ah |
| Energy density | 137.4Wh/L |
| Operating temperature range | -20°C to +55°C |
| Safety features | No thermal runaway, no combustion, no explosion |
| Life expectancy | 10 year design life |
| Cycle life | 500 cycles (0.5C 100%DOD); 300 cycles (3C 100%DOD) |
| Internal resistance | <8mΩ |
| Size advantage | Compared to lead-acid batteries, the volume is reduced by 50%. |
| Charging current | Fast.38A |
| Flame retardant level | UL94V-0 |
It is designed for engineers managing hyperscale data centers and edge computing nodes. Because of its high power density and small footprint, nickel-zinc batteries are ideal for Internet companies and cloud service providers that need to maximize rack space, respond quickly, and have high reliability requirements for UPS systems.
For purchasers responsible for subway, high-speed rail signal systems and on-board backup power supplies. The Gerchamp Industrial Battery Backup Systems (Gerchamp Nickel Zinc battery) can withstand the continuous vibration of the train and work stably in a wide temperature environment to ensure the normal operation of traffic signals and communication equipment in any weather conditions.
For the bank headquarters and the power protection department of the stock exchange. In view of the fact that financial data cannot be lost, the system provides millisecond-level instantaneous high-current switching capability without fire hazards, which perfectly meets the dual high standards of financial institutions for data security and physical environment security.
Suitable for energy managers at offshore drilling platforms, refineries and oil pipeline monitoring sites. Nickel-zinc batteries do not contain flammable electrolytes and are resistant to high temperatures, and can operate safely in hazardous areas filled with flammable gases, making them an ideal upgrade to replace traditional lead-acid batteries.
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