Imagine capturing high-precision torque, temperature, current, and voltage data—directly from inside an electric powertrain—without altering a single component. That’s what THEISSL systems brings to the U.S. market: custom-fit, wireless telemetry designed for extreme environments and seamless integration. From rotating shafts to excitation windings in externally excited synchronous machines, our systems go where others can’t. Using inductive telemetry and optimized sensor placement, we turn complex measurement tasks into plug-and-play solutions—saving time, cost, and effort. We’ll showcase our latest innovations in a VW ID.3 test vehicle. As a spin-off from Graz University of Technology, THEISSL systems blends academic precision with applied engineering.

• How non-invasive telemetry enables faster testing without redesigning or modifying key components.
• How to reliably measure torque, temperature, current, and voltage—even in harsh environments.
• The strategic advantage of inductive telemetry for advanced electric machine development (e.g. EESM).
• How a full-service measurement approach reduces complexity, risk, and project lead time.
• How customized, modular telemetry systems cut testing costs and support global scalability.