Charged EVs: Webinar on Measuring Shield Currents in High-Voltage EV Cables While on the Move

Key Takeaways

Shielded cables in electric vehicles prevent high shield currents, reducing risks such as cable fires.
A free webinar will showcase the HV BM 1.2+S technology that measures inner conductor and shield currents at 1 MHz.
The upcoming Virtual Conference on EV Engineering covers a wide range of topics related to the electric vehicle supply chain from March 9 to 12, 2026.

Preventing Hazards in Electric Vehicles

Shielded cables play a critical role in electric vehicles by safeguarding against high shield currents, which could lead to dangers like cable fires. Accurate measurement of these shield currents is essential for ensuring cable integrity, especially during test drives. Monitoring these currents allows for verification of the cable’s design and its ability to perform safely under demanding conditions.

To enhance understanding of this technology, a free webinar is scheduled as part of a Virtual Conference on Electric Vehicle (EV) Engineering to be held from March 9 to 12, 2026. Presented by Vector, the session will focus on the HV BM 1.2+S device, which simultaneously acquires data on both inner conductor and shield currents. This technology operates at a rate of 1 MHz through EtherCAT® and is built to withstand harsh environmental conditions, making it highly suitable for testing in real-world scenarios.

The Virtual Conference will feature a comprehensive overview of the EV engineering ecosystem, covering multiple facets such as motor and power electronics design, battery systems, testing procedures, and thermal management. Participants can expect to gain insights into critical areas including circuit protection, wire and cable technologies, and electromagnetic interference/emission control (EMI/EMC).

For those interested in advancing their knowledge of EV engineering, this conference presents a valuable opportunity to engage with industry experts and explore the latest innovations. The event promises to be an informative gathering for anyone involved in the electric vehicle supply chain, ensuring a holistic grasp of the current and future landscapes in EV technology.

With the significant focus on safety and performance in electric vehicle design, understanding the role of shielded cables will be crucial for engineers and developers alike. By addressing these challenges, the industry can work towards enhanced safety standards and more reliable electric vehicles.

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