The GE100-12 is a premium deep-cycle battery manufactured with advanced Nano-GEL electrolyte technology. Specifically engineered for photovoltaic (PV) systems, it is designed to handle the high-frequency "charge by day, discharge by night" demands of solar energy. Even under extreme temperatures, deep discharge cycles, and Partial State of Charge (PSoC) conditions, the GE100-12 maintains exceptional performance stability and an ultra-long service life.

Key Specifications

• Model: GE100-12
• Nominal Voltage: 12V
• Nominal Capacity: 100Ah (10HR)
• Design Life: 12-15 years
• Weight: 28.2kg

Why GE100-12 is the Ideal Choice for Solar Systems?

• Superior Deep Cycle Durability:
  Solar systems depend on a battery's ability to cycle deeply. The GE100-12 utilizes thickened specialized plates and a unique lead-paste formula. Compared to standard AGM batteries, its cycle life is increased by over 30%, significantly lowering the total cost of ownership (TCO) for the system.
• Excellent High-Temperature Resistance:
  Outdoor solar storage boxes often face scorching heat. GEL technology offers a larger thermal capacity and superior heat dissipation, effectively preventing "thermal runaway." It performs significantly better than traditional batteries in hot climates or enclosed cabinets.
• No Stratification & High Charge Acceptance:
  The thixotropic GEL electrolyte eliminates acid stratification. Even under weak sunlight or in PSoC (Partial State of Charge) conditions where the battery isn't fully recharged, it efficiently absorbs energy and minimizes plate sulfation.
• Ultra-Low Self-Discharge:
  Built with high-purity raw materials, the GE100-12 can be stored for months at 25°C without requiring a recharge, retaining ample power for whenever it is needed.

Typical Application Scenarios

• Off-Grid PV Systems: Providing continuous power reserves for remote areas, islands, and livestock farms.
• Solar Street Lighting: Supporting high-intensity discharge requirements for high-power LED street lights during consecutive rainy days.
• Residential Rooftop Storage: Serving as the core unit for home backup systems to balance day and night energy usage.
• Remote Monitoring & Telecom Stations: Providing maintenance-free, reliable power for hydrological monitoring, weather stations, and border communication towers.