Validating Energy Storage for Safe and Reliable Operation
Batteries are central to modern energy systems — from portable devices to electric vehicles and grid storage. BQCIS Battery Performance & Safety Testing verifies compliance with UN 38.3, IEC 62133, UL 1642, and IEC 62619 standards, ensuring cells, modules, and packs operate safely under all foreseeable conditions.
Our accredited laboratories evaluate electrochemical stability, thermal behavior, and mechanical integrity through life-cycle simulations, abuse testing, and performance benchmarking. These data support CE, UL, CB, and transport approvals.
With dedicated facilities for environmental chambers, vibration tables, and nail penetration systems, BQCIS ensures your battery designs meet global safety and durability requirements before market release.
Key Activities in Battery Testing
Key Benefits of Battery Performance & Safety Testing
Enhanced Reliability
Ensures stable energy output and consistent performance across the product lifespan.
Regulatory Compliance
Meets IEC 62133, UN 38.3, and UL 1642 standards for international transport and market access.
Risk Mitigation
Identifies safety weaknesses early, preventing recalls, accidents, and regulatory delays.
Market Readiness
Provides robust technical documentation for certification and OEM qualification programs.
Success Story
Battery Qualification for Electric Mobility Start-up
An electric vehicle start-up required third-party validation of new lithium-ion battery packs before pilot production.
BQCIS executed IEC 62619 and UN 38.3 tests covering thermal stability, short-circuit, and vibration performance under full load cycles.
The batteries met all transport and performance safety limits, enabling export approval and large-scale OEM supply contracts.