Engineer-led testing and validation for energy infrastructure, equipment, and critical systems. We support qualification, acceptance, reliability, and operational readiness programs, including environmental, vibration, thermal, and performance testing to help meet industry standards, regulatory requirements, and safe, reliable operation across power, transmission, distribution, and renewable energy projects.
At Resonate Testing, we support battery qualification programmes through a range of environmental, mechanical, ingress protection, vibration, shock, thermal, and transportation testing services aligned with recognised international standards.
Battery testing standards provide manufacturers, integrators, and end users with recognised methods for evaluating safety, reliability, transport compliance, and environmental durability. Whether developing consumer electronics, industrial energy storage systems, defence equipment, aerospace hardware, or electric vehicle technologies, compliance with the appropriate battery standards helps demonstrate product suitability for its intended application.
Different standards address different aspects of battery performance. Some focus on transportation safety, others on cell and battery safety requirements, while certain standards are designed specifically for industrial or stationary energy storage applications. Selecting the correct standard depends on battery chemistry, intended use, operating environment, regulatory requirements, and customer expectations.
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Battery failures can result in product damage, operational downtime, transportation restrictions, safety incidents, and regulatory non-compliance. Testing standards help organisations:
Standards also provide consistency by defining test methods, acceptance criteria, test severities, monitoring requirements, and reporting expectations.
UN 38.3 specifies transportation testing requirements for lithium batteries and cells. Before lithium batteries can be shipped by air, sea, rail, or road, they typically must demonstrate compliance with the transport tests defined within the standard.
IEC 62133 is an internationally recognised safety standard covering portable rechargeable batteries containing alkaline or non-acid electrolytes.The standard assesses cell and battery safety under both normal operating conditions and reasonably foreseeable misuse.
IEC 62619 specifies safety requirements for secondary lithium batteries used in industrial applications.The standard is designed for larger battery systems where operating conditions and risk profiles differ from consumer products.
UL 2596 provides safety requirements for battery energy storage systems and associated equipment.
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