Revolutionizing EV Battery Testing: Acculogic’s Hover Sense Non-Contact Technology

Hover Sense non-contact probe technology launched by Test Corporation for EV battery testing

Acculogic, a leading provider of test and process technology solutions for electric vehicle (EV) batteries, has unveiled its latest innovation for EV battery testing. The new Acculogic hover sense non-contact technology promises to revolutionize the validation of EV battery interconnects, which play a critical role in the performance and reliability of EV batteries.

The hover sense non-contact technology employs magnetic field measurement techniques to assess the quality of battery interconnects without requiring physical contact. This innovative method enables manufacturers to detect surface degradation and probe markings while providing complete test coverage without direct access to the battery’s anode or cathode. Furthermore, it speeds up test throughput by allowing parallel testing using multi-sensor fixtures.

Karim Dehkordi, vice president of technology for Acculogic, highlighted the importance of addressing battery cell interconnect quality issues. According to him, these are a primary cause of failure for electric battery modules. The non-contact test technology represents a significant advancement in ensuring the quality and reliability of EV battery interconnects while also enhancing test speed and design validation techniques.

Acculogic will showcase its latest product at The Battery Show Europe 2024 in Stuttgart, Germany on June 18-20. This event offers industry professionals an excellent opportunity to learn more about cutting-edge solutions for EV battery testing that can help improve performance and reliability in this rapidly growing market.

In conclusion, Acculogic’s hover sense non-contact technology is poised to transform EV battery testing by providing manufacturers with an efficient and affordable way to validate their battery module interconnects’ quality without requiring direct contact with the anode or cathode.

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