Battery Systems Testing & Engineering

Comprehensive battery systems development requires a holistic approach that integrates design, safety, and innovation throughout the entire automotive development lifecycle. IDIADA's battery systems engineering services combine advanced technical expertise with proven methodologies to deliver complete solutions from initial battery integration to final validation.

Virtual development and simulation technologies accelerate battery systems engineering by enabling comprehensive testing before physical prototyping, significantly reducing development costs and time-to-market. Our advanced computational capabilities combine structural analysis, electro-thermal modeling, and safety simulations to optimize battery performance across diverse operating conditions.

Rigorous testing and validation protocols ensure battery systems meet stringent automotive performance, safety, and durability requirements across their operational lifespan. Applus+ IDIADA's comprehensive validation services encompass functional evaluation, durability testing, performance characterization, and safety assessments using state-of-the-art testing equipment and methodologies.

Postmortem analysis provides critical forensic investigation capabilities for understanding battery failure mechanisms, safety incidents, and performance degradation in real-world automotive applications. With extensive experience analyzing over 400 cases involving damaged and live batteries from individual cells to complete vehicle systems, our specialized facilities and safety protocols enable detailed examination of failed battery components.

World-class testing facilities equipped with advanced technology and comprehensive safety systems enable complete battery systems validation under the most demanding conditions. Applus+ IDIADA's infrastructure includes over 250m² of dedicated battery safety testing designed area for abuse testing and thermal propagation studies, complemented by four sophisticated test benches capable of conducting aging, performance, and durability assessments from cell to vehicle level.

Beyond core development and testing capabilities, responsible battery lifecycle management demands comprehensive support services that address benchmarking analysis, sustainable end-of-life solutions, and environmental stewardship.

Our commitment to environmental responsibility integrates ADR-compliant transport management for damaged and safe batteries, partnerships with accredited recycling facilities, and advanced treatment systems achieving 80-90% water recovery.