Torr Tubular Positive Plates
Exide Torr Tubular positive-plate technology forms the core electrochemical structure of the solar battery range.

Exide Tubular Gel Solar Battery combines Exide Torr Tubular positive-plate technology with immobilised gel electrolyte for demanding solar energy-storage applications. The SOLATRON range is designed for deep cycling, partial-state-of-charge operation, faster recharge and maintenance-free battery use.
Exide Tubular Gel Solar Battery combines the mechanical characteristics of tubular positive plates with the convenience of maintenance-free gel-electrolyte technology.
The range uses Exide Torr Tubular positive plates together with immobilised gel electrolyte manufactured for solar battery applications.
Gel immobilisation addresses electrolyte stratification and supports operation under partial-state-of-charge conditions frequently encountered in solar energy systems.
The battery architecture is designed for repetitive deep-cycle duty where charging availability depends on changing solar-energy conditions.
Enhanced behaviour during asymmetrical charge and discharge cycles makes the range suitable for applications where daily energy generation and consumption patterns vary.
A low recharge factor supports faster recovery of discharged capacity when charging energy becomes available.
Gel construction removes the routine requirement for electrolyte water topping and provides a sealed battery format for solar applications.
SOLATRON configurations include both compact 12V batteries and higher-capacity 2V cells for compatible solar storage architectures.
The SOLATRON platform combines tubular plates, immobilised electrolyte and solar-focused charging characteristics for deep-cycle energy storage.
Exide Torr Tubular positive-plate technology forms the core electrochemical structure of the solar battery range.
Electrolyte is immobilised in gel form, combining tubular battery construction with maintenance-free operation.
The battery architecture is designed for repetitive deep-cycle solar applications involving regular discharge and recharge.
Gel technology supports operation under partial-state-of-charge conditions while addressing acid stratification.
The solar-focused charging architecture uses a low recharge factor to support faster replenishment after discharge.
Gel-electrolyte construction provides a sealed battery format designed to prevent electrolyte spillage and leakage during normal handling.
Exide Tubular Gel Solar Battery combines tubular plate strength with maintenance-free gel technology for solar applications where charging input and load demand can vary throughout the operating cycle.
SOLATRON includes 12V batteries and 2V cells across multiple capacities for compatible solar storage systems.
Key range, construction and operating characteristics of the SOLATRON Tubular Gel Solar Battery family.
Values vary by model and configuration; applicable Exide product documentation governs the configuration.
Key information about SOLATRON capacities, gel-electrolyte technology, deep cycling and configuration-dependent parameters.
Exide Tubular Gel Solar Battery is a solar energy-storage battery combining Torr Tubular positive plates with maintenance-free gel electrolyte technology for deep-cycle and partial-state-of-charge operation.
The 12V SOLATRON range covers 26Ah to 200Ah, while the 2V SG range covers 200Ah to 1000Ah at the 10-hour capacity rate at 27°C.
The range combines tubular positive plates with gel electrolyte, deep-cycle capability, partial-state-of-charge operation, low self-discharge and a low recharge factor suited to variable solar charging cycles.
Nominal voltage, capacity, dimensions, weight, module arrangement and charging parameters vary across 2V and 12V configurations. Values vary by model and configuration; applicable Exide product documentation governs the configuration.
Explore conceptual views of the Tubular Gel cell, SOLATRON voltage ranges and solar energy-storage power path.
Contact Intermax for Exide Tubular Gel Solar Battery pricing, availability and product information.
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