Battery Testing Laboratory Services for Cells, Batteries & Power Products

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Battery Testing Service for Cells, Modules & Power Products

This service delivers safety, performance and endurance testing for lithium-ion and primary battery products. It supports QA teams, design engineers and compliance officers validating batteries for shipment, certification, and integration into equipment.

Testing & Calibration Capability Overview

  • Applicable standards: cell-level safety (IEC 62133-2), transport-related tests and performance protocols.
  • Sample types accepted: cells, modules, battery packs and BMS-equipped assemblies.
  • Key measures: cycle life, capacity, short-circuit, thermal stability and abuse tests.
  • Output: detailed safety and performance reports with test data tables.

Engagement Terms & Scheduling

  • Service Format: In-lab testing with coordinated sample intake; on-site evaluations by appointment.
  • Turnaround Time: Typically 7-10 working days for standard safety/performance batteries; endurance tests require longer windows.
  • Sample/Equipment Requirement: Provide cells or assembled packs with BMS documentation and nominal ratings.
  • Pricing Basis: Priced by test scope, cell chemistry and number of parameters; endurance testing quoted separately.
  • Payment Structure: Partial advance with balance on report delivery; contract terms available for recurring programs.

Business Operations: Merchant, Service Provider

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Where This Service Is Used

Design engineers and procurement teams use battery testing to verify safety and lifecycle performance before integration or shipment. The service mitigates risks related to thermal runaway, capacity shortfall and transport restrictions. Typical use cases include pre-production validation, vendor qualification and failure investigation.

Battery testing supports compliance with cell and pack safety standards and informs design changes to thermal management or BMS settings.

How This Service Is Performed

Testing is conducted using battery cyclers, environmental chambers, abuse rigs and short-circuit benches. Measured parameters include capacity (Ah), internal resistance, cycle retention and thermal behaviour. Applicable methods such as IEC 62133-2 are followed for cell safety; performance tests follow agreed capacity and discharge profiles.

Test records include time-stamped measurements, instrumentation calibration traceability and test setup descriptions that support technical review and regulatory filings.

Documentation & Traceability

  • Accreditation: Methodology and measurement traceability are documented; specific accreditation details are provided when confirmed in engagement paperwork.
  • Standards/Methods Covered: IEC 62133-2, applicable transport test regimes and manufacturer-specified protocols.
  • Reporting: Full test report with raw data, plots, pass/fail statements and instrumentation UoM statements.
  • Documents Provided: Test Report, Data Logs, Instrument Calibration Statements, Safety Observation Notes.

Buyer Decision Guide

Before engaging, verify the lab can handle the battery chemistry and pack voltage range you require. Confirm endurance test duration options and whether combined safety/performance packages are offered. A common buyer pain point is inconsistent test setup across vendors; request the test setup and instrumentation list to ensure comparable results.

Request a Testing Quote

Share the cell chemistry, rated capacity, sample count and preferred turnaround to receive a test scope and schedule confirmation.

Frequently Asked Questions

  • What sample numbers are typical for battery testing? Typically 2-4 cells or 1-2 assembled packs per test battery; sample requirements vary by test type and safety protocol.
  • How is pricing structured for battery test programs? Pricing depends on test type, cell chemistry, number of cycles and any environmental stress; endurance tests are quoted separately.
  • Which standards are applied to safety testing? Safety tests follow cell-level standards such as IEC 62133-2 and applicable transport test requirements.
  • How are samples submitted and what is the expected turnaround? Samples are shipped per intake instructions. Standard safety/performance batteries are typically reported in 7-10 working days; extended windows apply for endurance sequences.
S. No. Testing Product Category Related Standard
1Alkaline Manganese Dioxide Cells TestingIS 15063
2Traction Batteries TestingAIS-048
3VRLA Batteries TestingIS 16220-1 / IEC 61056-1
4Testing of Lead Acid Batteries for MotorcyclesJIS D 5302
5Lead-Acid Starter Batteries TestingIEC 60095-1, JIS D 5301
6Testing of Lead-Acid Storage Batteries for Motor VehiclesIS 14257
7Multipurpose Dry Batteries TestingIS 8144
8Testing of Portable Secondary Cells & Batteries - Lithium SystemIS 16047-3 / IEC 61960-3, IS 16046-1 / IEC 62133-1, UN 38.3
9Testing of Portable Secondary Cells & Batteries - Nickel SystemIS 16046-1 / IEC 62133-1
10Secondary Cells and Batteries for Solar Photovoltaic Application - Storage Batteries TestingIS 16270
11Stationary Lead-Acid Batteries TestingIS 13369
12Stationary Valve Regulated Lead Acid Batteries TestingIS 15549
13Testing of Secondary Lithium Cells & Batteries for Use in Industrial ApplicationsIS 16822 / IEC 62620, IS 16805 / IEC 62619
14Testing of Secondary Lithium-Ion Cells for the Propulsion of Electric Road Vehicles PartsIS 16893-1 / IEC 62660-1, IS 16893-2 / IEC 62660-2, IEC 62660-3 / IS 16893-3
Established in: 2007
Bussiness Type: Private Limited
Bussiness Type: Merchant, Service Provider
MSME: Yes
Export Turnover (3 years): Less than US$10,000
Certifications: TEC Certificate of Designation , ISO/IEC 17025: 2017
Countries would like to export to: United Arab Emirates
No of employees: 101-300

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