AirFuel

AirFuel Alliance (formerly Alliance for Wireless Power and Power Matters Alliance merged ecosystem) promotes wireless power standards spanning resonant magnetic coupling and uncoupled RF energy harvesting — contrasting with WPC Qi inductive dominance in consumer handsets. AirFuel Resonant specifications address higher power, greater z-axis tolerance, and multi-device charging scenarios closer in spirit to SiCore industrial WPT than Qi BPP — though still oriented historically toward consumer and light commercial power classes rather than multi-kilowatt AGV systems.

SiCore resonant wireless charging topology — tuned primary and secondary networks, coupling coefficient optimization, and efficiency management across alignment variation — shares engineering lineage with AirFuel resonant principles. Teams reference AirFuel documentation for terminology (PTU, PRU analogs), interoperability testing philosophy, and efficiency measurement methods when communicating with partners familiar with that ecosystem, while recognizing SiCore industrial products require qualification beyond any single AirFuel profile for factory installed power.

01AirFuel vs SiCore industrial stack

• Power and duty: AirFuel resonant consumer/light commercial profiles do not replace SiCore thermal and electrical design for 24/7 AGV rotation.
• Protocol: AirFuel defines baseline communication; SiCore extends with BMS, fleet manager, and safety PLC interfaces.
• RF vs magnetic resonant: AirFuel RF branch targets IoT sensor powering — not SiCore main AGV charge path.
• Certification: AirFuel certification marks apply to tested SKUs; SiCore documents which products, if any, pursue alliance testing vs proprietary industrial compliance.
• Coexistence: mixed WPC and AirFuel consumer devices in facility do not dictate SiCore dock EMC strategy — IEC/CISPR industrial limits govern.

02Engineering leverage points

AirFuel resonant testing methodologies for z-detachment tolerance and efficiency vs distance inform SiCore validation plans — adapt test fixtures to AGV mass, belly pan height variation, and floor flush pad geometry. Multi-device resonant sharing concepts from AirFuel research occasionally apply to multi-pad aisles where cross-coupling and simultaneous charge must be analyzed — SiCore EMC and control teams model pad-to-pad interaction independently of consumer certification scope.

When suppliers offer "AirFuel compatible" coils or inverters, verify power rating, frequency, Q limits, and safety documentation for industrial reuse — consumer AirFuel modules rarely include mains isolation, surge, or SIL-rated interlocks required for SiCore dock installations.

03Customer communication

For RFIs asking about AirFuel support: state SiCore architecture (magnetic resonant WPT), applicable industrial standards (IEC 61980, UL 2750, SAE J2954 where relevant), and whether specific SKUs hold AirFuel certification if pursued for strategic markets. Avoid implying equivalence between AirFuel consumer resonant logo and full AGV site acceptance — facility safety, grounding, and fleet integration remain SiCore and customer joint responsibility regardless of alliance membership.