on-demand webinar

Realistic electric vehicle battery vibration testing

Estimated Watching Time: 62 minutes

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Image on the left shows an electric vehicle on a test track while image on the right shows an EV battery in a workshop

Electrification is a top priority for vehicle manufacturers, with advanced batteries powering eco-friendly electric (EV), hybrid electric (HEV), or plug-in hybrid vehicles (PHEV). However, these innovations bring uncertainties, particularly in battery reliability. Validating batteries before vehicle integration and market introduction is crucial in the vehicle development cycle.

In this on-demand webinar, you will discover how to:

  • Validate your battery based on defined standards
  • Create realistic test targets
  • Increase EV battery vibration testing efficiency

Solve electric vehicle battery durability issues

Modern electric cars are 20 to 30% heavier than internal combustion engine (ICE) cars of comparable size and power output. A higher operational load causes more energy consumption, a smaller driving range, and damaging road load challenges. With electric vehicle batteries making up about one-third of the total vehicle weight, mass distribution and durability issues arise. Siemens EV battery vibration testing can help OEMs and suppliers anticipate and solve durability issues.

Reduce test and data processing time with battery vibration testing

Due to complex supply chains, OEMs push battery manufacturers to validate batteries before vehicle implementation, meeting performance requirements for durability, comfort, and NVH within tight timelines. Siemens' testing solution combines data acquisition and battery vibration testing in one single hardware, significantly reducing test and data post-processing time.

Reliable and complete vibration qualification testing

Test and validation engineers must efficiently test batteries for durability and reliability to prevent costly product recalls. Siemens solutions ensure reliable battery operation using real-life measurements and testing profiles to accelerate testing without over or under-testing. For example, OEMs can use the fatigue damage spectrum (FDS) to compare qualification evidence of potential component suppliers, while automotive suppliers can classify different OEM test needs, standardize test profiles, and use FDS to compare other specifications and design a single qualification test.

Register for this webinar and discover how vibration qualification testing solutions can enhance battery development and validation.

More strength and durability solutions

In addition to battery vibration testing, Simcenter solutions combine simulation and testing to deliver lighter, stronger, and more durable designs at all design stages, from road load data acquisition, analysis, data mining, load prediction, stress, and fatigue analysis, up to balancing weight, strength, and durability.

Check out our Strength & Durability webinar series.

Meet the speaker

Siemens Digital Industries Software

Safak Has

Business Development Manager Durability Solutions

Şafak Has is a seasoned professional specializing in durability engineering with a Mechanical Engineering degree from Yildiz Technical University, Istanbul, Turkey. He brings extensive testing experience from Ford Motor Company on a wide vehicle range from passenger cars to construction trucks. In his role at Simcenter, Siemens, Şafak has been instrumental in addressing the challenges posed by heavy battery packs in electric vehicles, helping OEMs and suppliers enhance product performance and durability.