2V Deep Cycle VRLA Gel Battery for Telecom, UPS and Utility Power Systems

• Brand: Camel
• Type: 2V Gel Valve‑Regulated Battery
• Voltage: 2V
• Capacity: 200Ah–3000Ah
• Application: UPS, Telecom, Power, Rail Transit, Data Center
• Certifications: ISO9001, ISO14001, IATF16949, TLC, CCS, CE
• Gel electrolyte, maintenance free

Camel Energy GFMJ Series is a valve-regulated lead-acid (VRLA) gel battery specifically designed for long-duration backup power and deep cycle energy storage applications.

Using advanced gel electrolyte technology, the battery eliminates acid stratification and significantly improves cycle life, thermal stability, and reliability under demanding operating conditions.

The product is available in capacities ranging from 200Ah to 3000Ah and is widely used in:

• Telecommunication base stations
• Power substations
• Utility grid backup systems
• Large UPS systems
• Rail transit signaling systems
• Data centers
• Renewable energy storage projects
• Independent station backup systems

Unlike high-rate UPS batteries that are optimized for 5-30 minute discharge durations, the GFMJ series is designed for long-duration discharge applications ranging from several hours to more than ten hours.

The battery supports both float service and cyclic operation, making it suitable for critical infrastructure that requires uninterrupted power availability.

• Telecom base stations
• Switching centers
• Fiber communication networks

• Power substations
• Distribution automation systems
• SCADA systems

• Large UPS systems
• Modular data centers
• Edge computing facilities

• Rail transit signaling
• Metro communication systems
• Airport backup power systems

• Solar energy storage
• Wind energy storage
• Hybrid microgrid systems

Silica gel electrolyte prevents acid stratification and improves charge acceptance and cycle stability.

Designed for repeated charge and discharge operation with excellent deep discharge recovery performance.

Monthly self-discharge rate is extremely low, making the battery suitable for long-term standby applications.

Designed service life can reach 12-18 years under standard float charging conditions.

Gel electrolyte improves thermal stability and reduces water loss under elevated temperatures.

Sealed structure eliminates electrolyte maintenance and water replenishment requirements.

Suitable for substations, transmission systems, and grid backup applications.

Long service life reduces replacement frequency and maintenance expenses.

Maintains stable performance under high temperature, vibration, and remote installation environments.

2V modular architecture allows easy construction of 48V, 110V, 220V and higher voltage battery systems.

Excellent deep cycling performance makes the battery suitable for solar and hybrid energy systems.

AGM batteries use fiberglass separators to absorb electrolyte, while gel batteries use silica gel electrolyte.

Gel batteries generally provide:

• Longer cycle life
• Better deep discharge performance
• Higher temperature tolerance

AGM batteries usually provide better high-rate discharge capability.

2V cells offer greater flexibility for building large-capacity battery banks and simplify maintenance in high-capacity telecom and utility systems.

Yes.

The GFMJ series is designed for both float service and cyclic operation and is suitable for solar energy storage and hybrid microgrid projects.

Yes.

The gel electrolyte significantly improves thermal stability and reduces water loss compared with conventional flooded batteries.

Under recommended float charging conditions, the battery design life can reach 12-18 years depending on operating environment and discharge profile.

Yes.

Camel Energy provides:

• OEM branding
• Terminal customization
• Rack integration
• Battery bank design
• Telecom project support
• Utility project engineering support

Large-scale UPS and telecom systems commonly use 2V battery cells connected in series to build 48V, 110V, 220V or higher DC systems.

Benefits of 2V batteries include:

For applications above several hundred ampere-hours, 2V batteries are generally the preferred solution due to their flexibility and long service life.