Overview
The 12V 58Ah Deep Cycle Battery is a robust and reliable AGM GEL VRLA battery designed for applications that demand consistent, long-duration power delivery. Engineered for deep discharge and recovery performance, it ensures dependable operation in renewable energy systems, mobility vehicles, and backup power solutions. Its sealed, maintenance-free construction and superior plate design make it ideal for professional and industrial-grade use.
Key Features:
Deep Cycle Design: Optimized for repeated charge/discharge cycles with minimal capacity loss.
AGM GEL Hybrid Technology: Combines GEL electrolyte with AGM separators for superior energy efficiency and vibration resistance.
Long Service Life: Enhanced internal structure supports deep discharge recovery and stable voltage output.
Maintenance-Free Operation: Sealed, valve-regulated construction eliminates electrolyte refilling.
Reliable and Safe: Built-in safety valves prevent gas build-up and overpressure during charging.
Non-Spillable Design: Safe for installation in any orientation.
Technical Specifications:
Parameter Specification
Nominal Voltage 12V
Nominal Capacity 58Ah (C20 rate)
Rated Discharge Reference C20 to 1.80Vpc @ 25°C (77°F)
Battery Type Valve-Regulated Lead Acid (AGM GEL)
Cycle Life Deep Cycle – Long Duration
Charge Method – Standby Use 13.6 – 13.8V
Charge Method – Cycle Use 14.5 – 14.9V
Initial Charging Current ≤ 7.9A
Operating Temperature –15°C to +60°C
Design Type Sealed, maintenance-free, non-spillable
Compliance CE, Pb (Lead-acid recyclable)
Applications:
Solar and renewable energy storage systems
Electric two-wheelers and mobility vehicles
UPS and inverter backup systems
Industrial automation and telecom support
Marine and off-grid power units
Safety & Compliance:
Certifications: CE, Pb recycling compliant
Warnings:
Risk of fire, explosion, or burns – do not disassemble, heat above 60°C, or incinerate.
Use with compatible charger and proper polarity.
Non-Spillable Construction: Safe for sealed enclosures and vibration-prone applications.
