OPzV Batteries
OPzV Technology
OPzV technology uses tubular positive plates combined with immobilised gel electrolyte to provide outstanding resilience and consistency. This construction prevents electrolyte stratification, enhances cycling capability, and supports long floating life. Ultracell's UZV series is designed for applications requiring dependable, maintenance-free energy storage with excellent endurance and recovery after discharge.
Eco-Friendly Technology
Ultracell's UZV OPzV batteries are designed with sustainability in mind. Their maintenance-free gel electrolyte design combined with exceptionally long service life reduces the frequency of replacements, minimising waste over time. All components – including lead, plastics, and gel electrolyte – are fully recyclable within established global recovery networks. By combining durability with responsible end-of-life management, Ultracell OPzV technology supports both reliable energy storage and a sustainable future.
Universal Ultracell OPzV Features
Performance Features
Maintenance-Free Operation
Sealed VRLA design eliminates the need for water additions and routine maintenance.
Superior Deep Cycle Performance
Gel electrolyte technology enables excellent deep discharge recovery and cycling capability.
Extended Service Life
Advanced tubular plate design and gel technology deliver exceptional longevity in demanding applications.
Wide Operating Temperature Range
Gel electrolyte provides stable performance across a broad temperature spectrum.
Premium Engineering
Manufactured to the highest standards with advanced quality control, ensuring consistent performance and reliability.
Safety Features
Sealed VRLA Construction
Valve-regulated design prevents electrolyte spillage and ensures safe operation.
Gas Recombination Technology
Advanced recombination system minimizes gas emissions and maintains internal pressure balance.
Immobilised Electrolyte
Gel electrolyte prevents leakage and allows safe installation in any orientation.
Flame Retardant Case
High-quality ABS case material provides fire resistance and mechanical protection.
Short Circuit Protection
Built-in safety features protect against overcurrent conditions and ensure operational safety.