Exide NDP & HDP Tubular Battery Range
Flooded Industrial Batteries from 80Ah to 2200Ah for Stationary & Cyclic Duty
Exide NDP HDP Tubular Battery
range combines Torr Tubular positive-plate
technology with flooded lead-acid construction for
demanding stationary and cyclic applications. NDP
covers capacities from 80Ah to 1000Ah, while HDP
extends from 100Ah to 2200Ah for applications
requiring higher discharge capability.
Flooded Tubular Energy Storage for Demanding Industrial Duty
Exide NDP HDP Tubular Battery
is part of Exide’s industrial stationary battery
portfolio and is designed for applications
requiring dependable discharge performance and
repeated charge-discharge operation.
NDP cells span capacities from 80Ah to 1000Ah
and provide a broad tubular battery platform for
compatible stationary power systems.
HDP extends the range from 100Ah to 2200Ah and
is configured for applications requiring higher
discharge capability.
Torr Tubular positive plate supports are cast
at high pressure in HADI machinery to create a
dense structure with consistent grain
orientation.
The tubular positive-plate architecture is
complemented by pasted negative plates,
acid-resistant polyester gauntlets and
high-porosity separators.
Depending on the battery configuration, cells
use PP or transparent SAN containers for
industrial stationary applications.
Electrolyte-level indication and ceramic vent
plugs support routine flooded-battery condition
checks and maintenance.
Low self-discharge, rapid recharge capability
and strong Ah and Wh efficiency make the range
suitable for compatible standby and cyclic
power systems.
Exide NDP HDP Tubular Battery Features
Torr Tubular Construction with Industrial Flooded-Battery Performance
NDP and HDP combine high-pressure tubular plate
technology with flooded-cell components designed
for demanding stationary and cyclic duty.
TOR
Torr Tubular Positive Plates
Positive plate supports are cast at high
pressure in HADI machinery to create a
rugged tubular plate structure.
SAN
PP & Transparent SAN Containers
The battery family includes PP and
transparent SAN container configurations
for different industrial cell arrangements.
NEG
Pasted Negative Plates
Pasted negative plates operate alongside the
tubular positive structure within the
flooded lead-acid cell.
GNT
Acid-Resistant Polyester Gauntlets
High-tensile polyester gauntlets retain
positive active material within the tubular
plate construction.
SEP
High-Porosity Separators
High-porosity separator construction
supports ionic movement while maintaining
physical separation between plate groups.
CHG
High Discharge & Rapid Recharge
The range combines strong discharge
capability with rapid recharging for
compatible cyclic and stationary duties.
Torr Tubular Cell Architecture
High-pressure plate casting, tubular active
material retention and flooded cell
construction form the core NDP and HDP
battery architecture.
Conceptual illustration — Exide NDP HDP Tubular Battery HADI casting, tubular-plate and flooded-cell architecture
Exide NDP HDP Tubular Battery Technology
High-Pressure Torr Tubular Plate Technology
Exide NDP HDP Tubular Battery
uses high-pressure tubular positive-plate
construction with flooded electrolyte and
industrial cell components for dependable
energy storage.
NDP capacities from 80Ah to 1000Ah
HDP capacities from 100Ah to 2200Ah
100-Bar Torr Tubular plate-support casting
High-pressure HADI manufacturing process
Pasted negative plates
Acid-resistant polyester gauntlets
High-porosity envelope separators
Electrolyte-level indication
Microporous ceramic vent plugs
Rapid recharge and cyclic capability
Exide NDP HDP Tubular Battery Applications
Industrial Tubular Batteries for Critical Power Applications
Power Plants
Tubular battery applications for compatible
power-generation and critical DC systems.
Substations
Stationary battery applications for
compatible transmission and distribution
infrastructure.
UPS Systems
Flooded energy-storage applications for
compatible uninterrupted power systems.
Process Industries
Industrial battery applications for
compatible process and manufacturing
infrastructure.
Control & Instrumentation
DC battery power for compatible control and
instrumentation systems.
Solar
Cyclic energy-storage applications for
compatible solar power systems.
Railway Signalling
Battery applications for compatible railway
signalling infrastructure.
Telecommunication
Stationary DC backup applications for
compatible telecommunications systems.
Exide NDP HDP Tubular Technology
Exide NDP HDP Tubular Battery Range
NDP and HDP combine flooded lead-acid construction
with Torr Tubular plate technology for stationary
and cyclic industrial power.
Frequent charge-discharge cyclic and stationary duty
Maintenance
Low-maintenance flooded battery construction
Values vary by model and configuration; applicable Exide
product documentation governs the configuration.
Exide NDP HDP Tubular Battery FAQs
Frequently Asked Questions About Exide NDP HDP Tubular Battery
Key information about NDP and HDP capacities,
Torr Tubular technology, applications and
configuration-dependent parameters.
?
What is an Exide NDP HDP Tubular Battery?
Exide NDP HDP Tubular Battery
refers to Exide’s flooded industrial tubular
battery families for compatible stationary
and cyclic power applications. They use
Torr Tubular positive-plate technology with
low-maintenance flooded construction.
?
What capacities are available in NDP and HDP?
NDP cells cover 80Ah to 1000Ah, while the
HDP range covers 100Ah to 2200Ah across
multiple industrial battery configurations.
?
What is Torr Tubular technology?
Torr Tubular technology uses a
high-pressure-cast positive plate support
surrounded by tubular active-material
retention components. NDP and HDP plate
supports are produced using a 100-Bar HADI
casting process.
?
What technical parameters vary by model/configuration?
Capacity, charging current, dimensions,
weight, electrolyte quantity, cell-centre
spacing and trickle-charge characteristics
vary by NDP or HDP configuration. Values vary
by model and configuration; applicable Exide
product documentation governs the
configuration.
Exide NDP HDP Tubular Battery Architecture
Tubular Plates, Capacity Ranges & Industrial Power Architecture
Explore conceptual views of the flooded tubular
cell, NDP and HDP capacity families and critical
power path.
EXIDE NDP / HDP
FLOODED TUBULAR
CERAMIC VENT
FLOODED ELECTROLYTE
GAUNTLET
SEPARATOR
NEGATIVE PLATE
Flooded Torr Tubular Cell
Tubular positive plates and flooded electrolyte within an industrial cell structure
Conceptual illustration — Exide NDP HDP Tubular Battery positive-plate, gauntlet, separator and flooded-cell architecture
NDP
80–1000Ah
HDP
100–2200Ah
INDUSTRIAL TUBULAR RANGE
NDP & HDP Capacity Coverage
Two capacity families address different stationary and high-discharge requirements
Conceptual illustration — Exide NDP HDP Tubular Battery NDP and HDP capacity architecture
CHARGER
⇄
BATTERY
→
LOAD
STANDBY + CYCLIC POWER
Industrial Power Path
NDP and HDP battery banks store energy for compatible critical and cyclic loads
Conceptual illustration — Exide NDP HDP Tubular Battery charging, battery-bank and industrial-load architecture
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pricing, availability and product information.
