Home / VRLA Batteries / SLA Batteries / Gel Monobloc Batteries - EnduroGel, Gel & OPzV
Valen Gel batteries provide reliable energy storage for applications requiring dependable cyclic, deep-cycle and standby performance.
Gel batteries are a type of Valve Regulated Lead Acid (VRLA) battery that use a gelled electrolyte rather than the absorbed electrolyte construction found in AGM batteries.
Valen Power supplies multiple Gel battery ranges for solar, telecommunications, remote power, industrial equipment and critical infrastructure applications.
Choose from Valen Gel battery technologies according to your voltage, capacity, cycling and application requirements.
| Voltage | 2 Volt nominal |
|---|---|
| Plates | Lead Calcium Tin Alloy |
| Container | ABS Plastic |
| Charge Voltage | Cycle: 2.35V at 25°C Float: 2.25V at 25°C |
| Design Life | 18-years |
| Electrolyte | Thixotropic Gel – Sulphuric Acid |
| Vent | Self-sealing |
| Operating Temp* | -20°C to +60°C |
* However Valen recommend the OPzV batteries be operated in the temperature range of 20°C to 30°C to obtain full life and optimum performance.
Monobloc deep cycle gel batteries have the unique ability to cycle continually and recover from deep discharges, heavy cycling and cyclic abuse which would otherwise damage other types of batteries.
Through the Thixotropic Gel, the battery can be left in a partial state of charge without damaging the battery from sulphation. A Gel battery can also cycle back from a low state of charge should the battery be subjected to a deep discharge.
Gel batteries have been designed to release power slowly over a long period, compared to an AGM battery, which is designed to release power fast for a short time.
Additionally, sulphating in a Gel battery from cycling is reduced through the use of the Thixotropic Gel and micro-porous separator.
Monobloc gel batteries are a type of Valve Regulated Lead Acid (VRLA) battery. VRLA batteries are sometimes also referred to as Sealed Lead Acid (SLA).
Like all VRLA batteries, Gel batteries come in a standard ABS battery casing and have positive and negative plates with a separator holding the electrolyte between the plates. True to its name “Valve Regulated”, the battery has valves in the headspace which allow gas to escape should the internal pressure get higher than designed for.
The internal construction of Gel batteries has the electrolyte immobilised in a special Thixotropic Gel held in the separator. The separator is a micro-porous polyethylene material and shaped like the inside of corrugated cardboard which supports the Gel between the plates.
It is the combination of the Gel and the separator, which allows the user to obtain the substantial benefits of Gel battery technology in a cyclic application.
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