Battery test systems · Made in India

Confidence, engineered into every battery.

Cell, module and pack testing. End-of-line validation. BESS power conversion.

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Isometric illustration of a battery energy storage plant: container, string PCS, transformer, grid connection and SCADA kiosk

118

years of Ador industrial heritage

94%

regenerative efficiency, system dependent

2 hr

technical query response commitment

Pan-India

engineering, service and spares

The battery testing landscape

Wherever batteries are made, tested or deployed, confidence has to be engineered in.

ADPL supports the decisions that move a battery from early characterization to safe, repeatable production and dependable field performance.

01 / CHARACTERIZE

Battery laboratories

Flexible, accurate systems for cell characterization, validation, pulse and drive-cycle testing.

R&D · Institutes · Test houses

  • 01Wide-window voltage and current control for any chemistry
  • 02Drive-cycle, pulse, EIS-ready and custom profile scripting
  • 03Lab-grade accuracy with full data capture and export

Problems we solve

A test result is only useful when the system around it performs.

Engineering choices affect far more than a specification sheet. They determine throughput, uptime, safety and lifecycle economics.

01

Accuracy

Repeatable measurement for confident engineering and pass/fail decisions.

02

Productivity

Independent channels and regenerative operation raise throughput without multiplying footprint.

03

Safety

Over-voltage, over-current, insulation and emergency protection engineered into the system.

04

Flexibility

Configurations shaped around chemistry, format, voltage, current and test profile.

05

Traceability

Actionable test data, BMS communication and MES-ready production workflows.

06

Availability

Local spares, calibration and engineering support reduce avoidable downtime.

Product portfolio

Start with the battery. Configure the right system around it.

Compare the core platform ranges below. Final systems are configured to the application, channel count, power and integration requirement.

Ador Digatron lithium cell grading machineCell

Lithium Cell Grading Machine

Test more. Grade better. Operate smarter.

  • 5V
  • 3A–200A
  • ±0.05% accuracy
  • Up to 85% regeneration

Production grading · Quality

Request configuration & datasheet ↗
Ador Digatron lithium cell testerCell

Lithium Cell Tester

One platform from characterization to production.

  • 5V
  • 30A–500A
  • Up to ±0.02% voltage accuracy
  • Up to 85% regeneration

R&D · Quality · Production

Request configuration & datasheet ↗
Ador Digatron mid voltage battery module testerModule & Pack

Mid Voltage Pack Tester

Robust module testing without multiple machines.

  • 60V–150V
  • 10A–500A
  • ±0.05% accuracy
  • Up to 90% regeneration

R&D · Quality · Production

Request configuration & datasheet ↗
Ador Digatron IGBT high voltage battery pack testerModule & Pack

High Voltage Pack Tester

Stable, accurate testing under extreme loads.

  • 200V–2000V
  • 50A–3000A
  • ±0.05% to ±0.1% accuracy
  • Up to 94% regeneration

EV packs · Stationary storage · Production

Request configuration & datasheet ↗
Ador Digatron battery pack end-of-line testerEnd-of-Line

End-of-Line Tester

The final safety check before a battery pack ships.

  • ±1600V
  • ±0.01% F.S. accuracy
  • AC & DC withstand
  • Automatic MES upload

Production · Quality · MES traceability

Request configuration & datasheet ↗
Ador Digatron 500 kilowatt power conversion systemBESS

500kW String PCS

Modular power conversion for grid-tied BESS.

  • 500kW rated
  • 650V–950V DC
  • 97% max efficiency
  • 110% overload

Grid-tied BESS · C&I storage · Battery clusters

Request configuration & datasheet ↗
Ador Digatron utility-scale power conversion systemBESS

2.5MW / 5MW String PCS

Containerised conversion for utility-scale storage.

  • 2.5MW / 5MW
  • 690V AC
  • 97% max efficiency
  • CAN · RS485 · Ethernet · 4G

Utility BESS · Grid support · Containerised deployment

Request configuration & datasheet ↗

How we engage

Your investment is supported throughout the equipment lifecycle.

One accountable Indian engineering team, from the first requirement conversation to calibration, spares and future upgrades.

01

Understand

Application, chemistry, format and throughput

02

Engineer

Right-sized channels, power and test profiles

03

Build

India manufacturing and configured supply

04

Commission

Installation, integration and onsite validation

05

Enable

Operator training and workflow setup

06

Sustain

Calibration, service, spares and upgrades

The local advantage

A testing partner, not just an equipment supplier.

Application engineering
Configured around real test profiles and throughput, not oversold capacity.
Onsite accountability
Installation, training, service and calibration by local engineers.
Lifecycle resilience
Local spares and upgrades reduce dependence on overseas turnaround.

Software & standards

From test profile to traceable decision.

Computer-controlled platforms support configurable test sequences, real-time monitoring and data workflows across laboratory and production environments.

  • CC, CV, CP, CR, DCIR, pulse and drive-cycle modes
  • BMS communication and auxiliary channel integration
  • Barcode-triggered workflows and automatic MES upload
  • Data export for analysis, reporting and audit trails

Certified management systems

ISO 9001
Quality management
ISO 14001
Environmental management
ISO 45001
Occupational health & safety

Energy recovery estimator

See what regenerative testing could return.

During discharge, an energy-feedback system can return energy instead of converting it into heat. Estimate the annual electricity value that could be recovered.

1,000 MWh
₹8 / kWh
90%

Illustrative estimate only. Actual savings depend on duty cycle, system configuration, conversion losses, cooling load and applicable tariff.

Indicative recovered energy

900 MWh

Indicative annual electricity value

₹72,00,000

Validate this against your test plan ↗

Talk to an application engineer

Tell us what the battery needs to prove.

Share the cell or pack format, voltage, current, application and expected throughput. We'll help define the right configuration.