Alineación de Bobinas

Coil alignment is the physical registration of transmitter and receiver windings so coupling stays within the designed k window. Wireless power cannot fully software-correct a coil that is centimeters out of overlap — alignment is a mechanical, sensing, and sometimes active guidance problem.

Industrial docks combine mechanical guides (cones, V-grooves, floor markers), vehicle positioning (LiDAR, magnetic tape), and coil-centric features (ferrite pegs, asymmetric pad shapes) to repeat alignment across thousands of cycles.

01Alignment specifications

• Define allowable offset (X, Y), gap (Z), yaw, pitch, roll for full power.
• Separate 'charge OK' from 'full power' zones for fleet analytics.
• Include wear: guide roller diameter shrinkage shifts stop position over years.

02Coil-level tactics

Shape the pad and receiver footprints so gross misalignment is visually obvious during install. Use asymmetric bolt patterns to prevent 180° rotation errors. Document coil center relative to mechanical datums on drawings — installers align housings, not copper.

03Verification

• Golden vehicle or fixture with known coil position for end-of-line pad test.
• k or received open-circuit voltage map vs position for commissioning records.
• Periodic re-check after floor maintenance or pad replacement.