Battery testing

Safety, performance and compliance throughout the lifecycle

Energy storage systems are at the heart of innovations in mobility, infrastructure and industrial electronics. To guarantee their safety, reliability and regulatory compliance, the Emitech Group offers you a comprehensive, modular, multi-physics battery test package.
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A battery recreated in 3D on a vibrator

Why carry out battery tests?

Battery testing is essential to ensure that your energy storage systems meet safety, performance and compliance requirements throughout their lifecycle. They enable you to :

What sectors are involved in these trials?

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Automotive

Validation of batteries for electric and hybrid vehicles and traction systems, with safety, performance and endurance tests to international standards.
aeronautics, defence and space logo

Aeronautics, defence and space

Qualification of energy storage systems for critical on-board applications, including severe abuse, mechanical and environmental tests.
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Energy and industrial applications

Reliability and safety testing of batteries for stationary storage, smart grids, industrial equipment and back-up systems.
logo Industry & consumer, medical and telecom/IoT

Industry & consumer, medical and telecom/IoT

Evaluation of batteries for connected devices and consumer electronics, with validation under real conditions and EMC measurements.

Our battery testing services

Parametric tests for correct operation

These tests validate fundamental electrical performance, communication with the BMS and the watertightness of cells, modules and packs. They ensure that your batteries are working properly before the regulatory or abuse qualification phases.
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Endurance tests

By simulating long-term charge/discharge cycles in a controlled environment, these tests verify the capacity and performance of high-power batteries over time. They enable us to predict their lifespan and validate their thermal and electrical behaviour.
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Abusive and safety tests

Overcharging, puncturing, crushing, thermal runaway, fire... These extreme scenarios are recreated to test the resistance of your batteries and validate their safety in accordance with UN 38.3, R100, UL 2580 and other standards.
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Mechanical tests (vibration, shock, etc.)

Designed to simulate the severe conditions of transport or mobile use, these tests assess the mechanical strength and structural resistance of your batteries, under vibration, shock or combined stresses.
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Tests in climatic and physico-chemical environments

Temperature, humidity, salt spray, immersion, dust or altitude: these tests validate the robustness of your batteries in extreme or constrained environments, with a combined approach to stress factors.
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Electromagnetic compatibility (EMC) testing

Electromagnetic compatibility tests ensure that your batteries do not disturb their electromagnetic environment and do not themselves malfunction. These tests are required in many qualification campaigns.
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Full support for testing: Expertise, instrumentation, etc

Our engineers can help you with product instrumentation, post-mortem analysis, test plan development and fault diagnosis. These high added-value services support the reliability of your solutions.
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Logistics, storage and recycling

The Emitech Group also handles the transport, management and secure storage of batteries upstream or downstream of tests, as well as the recovery and treatment of destructive test residues.
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Why choose the Emitech Group for your battery tests?

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Needs

Discover a selection of additional resources that explore topics related to this page including regulatory contexts, technical articles, and specific areas of expertise. These materials provide further insight to help you better understand the key challenges and available solutions.

ECE R10 approval

ECE R10 approval for vehicles and ESAs: ECE R10 EMC tests, regulatory compliance, E marking
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Battery BMS validation

BMS - Functional, environmental, EMC, communication, safety and standards compliance testing
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Battery cycling tests

Optimise your batteries with cycling tests (temperature-controlled charge and discharge), performance, service life, ageing assessment...
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Fire resistance tests for batteries

Test your lithium batteries in accordance with ECE R100 Rev.3 (appendix 9E)
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Lithium-ion batteries - Thermal runaway

Thermal runaway testing of your batteries to R100, UL 9540A, ISO 12405. Analysis of thermal propagation, gas emissions, fire, etc.
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UN 38.3 tests

Transport tests for lithium-ion batteries, carry out your UN 38.3 tests: transport safety, ADR, IATA, IMDG compliance and regulatory compliance...
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ECE R100 tests

Fire, vibration, short-circuit, overload, overcurrent, E marking, REESS compliance, thermal runaway...
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Batteries - Safety, Compliance & Performance

Validate the safety, reliability and compliance of your lithium batteries: UN 38.3, ECE R100, ECE R10, cycling, EMC, abuse, endurance tests, etc.
Read more

Contact us for a quote

Are you developing a battery, a module or a complete system? Contact the experts at the Emitech Group for a personalised, secure test campaign that meets your industrial and regulatory objectives.
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Battery expertise