Tubular Plate Design
Tubular plate construction provides a robust battery architecture for repeated power-backup operation.
Exide Inva Plus Tubular Battery is an economical tubular inverter-battery range designed for long power outages. Available in 100Ah, 135Ah and 150Ah C20 configurations, the range combines tubular plate construction, 800-cycle capability at 80% depth of discharge and multiple container formats.
Conceptual illustration — Exide Inva Plus Tubular Battery capacity range, tubular construction and power-backup architecture
Exide Inva Plus Tubular Battery is an inverter-battery range designed for dependable power backup during extended mains interruptions.
The range covers 100Ah, 135Ah and 150Ah battery capacities at the C20 discharge rate.
Tubular plate construction provides the electrochemical architecture required for repeated battery discharge and recharge.
The range is designed for 800 cycles at 80% depth of discharge under applicable operating conditions.
Multiple battery formats are available, including lower-height configurations measuring 350 mm in height.
A taller 150Ah configuration is also available, providing the same 150Ah C20 capacity in a different physical form factor.
This gives the Inva Plus family multiple capacity and enclosure combinations for compatible inverter backup systems.
Inva Plus combines tubular battery construction, deep-discharge cycling and multiple physical configurations for compatible inverter systems.
Tubular plate construction provides a robust battery architecture for repeated power-backup operation.
The Inva Plus range is designed for 800 cycles at 80% depth of discharge under applicable operating conditions.
The battery range is designed for compatible backup systems where mains interruptions can continue for extended periods.
Available capacities include 100Ah, 135Ah and 150Ah at the C20 discharge rate.
IPST configurations use a 350 mm height format for compatible battery locations requiring a lower-profile enclosure.
The range offers both IPTT1500 and IPST1500 configurations with 150Ah C20 capacity and different battery dimensions.
Conceptual illustration — Exide Inva Plus Tubular Battery charging, energy-storage and backup-power architecture
Exide Inva Plus Tubular Battery combines tubular plate construction with multiple C20 capacity and container options for compatible inverter backup systems.
Four tubular battery configurations provide 100Ah, 135Ah and 150Ah C20 capacity options for compatible power-backup systems.
Model-specific capacity, dimensions and nominal filled weight across the Inva Plus Tubular range.
Values vary by model and configuration; applicable Exide product documentation governs the configuration.
Key information about available capacities, cycling capability, model formats and technical parameters.
Exide Inva Plus Tubular Battery is an economical tubular inverter-battery range designed for compatible power-backup systems and long mains outages.
The range includes 100Ah, 135Ah and 150Ah C20 battery configurations. Two different physical formats are available at 150Ah.
The range is designed for 800 cycles at 80% depth of discharge under applicable operating conditions.
Capacity, dimensions, nominal filled weight, physical format and charging parameters vary across Inva Plus configurations. Values vary by model and configuration; applicable Exide product documentation governs the configuration.
Explore conceptual views of the tubular battery structure, capacity options and two 150Ah enclosure formats.
Conceptual illustration — Exide Inva Plus Tubular Battery tubular construction and capacity architecture
Conceptual illustration — Exide Inva Plus Tubular Battery 100Ah, 135Ah and 150Ah capacity architecture
Conceptual illustration — Exide Inva Plus Tubular Battery 150Ah short-height and tall-format architecture
Contact Intermax for Exide Inva Plus Tubular Battery pricing, availability and product information.
15th Floor, G Square Business Park, Plot No.25 and 26, Sector 30, Vashi, Navi Mumbai – 400 703
Have a question? Call us or visit our contact us page for more info.