We are seeking a research partner (e.g., from UQ, QUT, or Griffith University) or an industry partner in Queensland to co-develop a bio-inspired and circular potting system for road-integrated inductive charging coils.

The project aims to replace conventional petroleum-based epoxy/polyurethane resins with high-performance bio-based alternatives derived from Queensland’s abundant biological resources or agricultural side streams.

A key innovation is the integration of "Debonding-on-Demand" mechanisms. We want to develop a material that remains stable during the harsh conditions of road use (thermal cycles, mechanical stress) but can be triggered externally (e.g., via specific chemical, thermal, or biological agents) to release the high-value copper and electronic components for high-quality recycling.

Mandatory Requirement: Since this module requires industry participation, we are especially interested in partners with links to the materials industry, road construction, or specialized recycling companies in Queensland.

The Fraunhofer Institute for Integrated Systems and Device Technology IISB (Erlangen, Germany) is a premier research hub for power electronics and energy systems. We specialize in the development of efficient power converters and systems for electric vehicles and smart grids.

Our experts in Inductive Charging have deep experience in coil design, thermal management, and the practical challenges of integrating electronics into asphalt or concrete. We provide high-end testing facilities to characterize the electrical and mechanical performance of new potting materials under real-world infrastructure conditions.