We are looking for a Japanese research partner already funded under the JST GteX program (Field: Biomanufacturing) with expertise in the synthesis or modification of functionalized biopolymers.

Our goal is to develop a "Circular Inductive Charging Module". While Fraunhofer IISB provides the system expertise for inductive power transfer and road integration, we need a partner to develop a bio-based potting material that:

1. Meets high thermal and electrical insulation requirements.

2. Features an "on-demand" recycling trigger (e.g., enzymatic, chemical, or thermal sensitivity) to allow the recovery of high-value copper coils and electronic components at the end of life.

The cooperation aims for a joint "Design-Build-Test-Learn" cycle where the material is optimized specifically for the harsh environment of road-integrated power electronics.

The Fraunhofer Institute for Integrated Systems and Device Technology IISB in Erlangen, Germany, is a leading research institution for power electronics and mechatronic systems. Our expertise spans the entire value chain, from basic semi-conductor material to complete power electronic systems for electric vehicles and energy infrastructure.

In the field of Inductive Charging, we focus on high-efficiency power transfer, thermal management, and the robust integration of coils into road surfaces. We have extensive experience in material characterization and system-level testing of potting compounds for automotive and infrastructure applications.