Application: Elevators and Transport Systems
- Explanation: Uses copper/aluminum tracks and strong magnets to create eddy currents that provide a controlled braking force.
- Benefits: Reduced wear and tear, quieter operation, enhanced safety.
Application: Vibration and Seismic Dampers
- Explanation: Magnetic elements moving through conductive materials generate opposing forces that dissipate vibrational energy.
- Benefits: Effective in reducing oscillations, low maintenance, reliable performance.
Application: Public Transport Systems
- Explanation: Converts kinetic energy into electrical energy using eddy currents in the conductive rails during braking.
- Benefits: Energy efficiency, reduced energy costs, enhanced braking performance.
Application: Automated Delivery Systems
- Explanation: Uses inductive power transfer through coils in delivery pathways and magnets on carts for propulsion.
- Benefits: Reduced mechanical wear, increased efficiency, safe operation.
Application: High-Speed Trains and Urban Transit
- Explanation: Uses superconducting magnets to induce currents in tracks, creating opposing magnetic fields for levitation and propulsion.
- Benefits: High-speed travel, minimal friction, energy-efficient, low maintenance.
Application: Recycling and Waste Management
- Explanation: Eddy currents generated in conductive metal particles sort them from other materials in recycling facilities.
- Benefits: Efficient sorting, improved recycling rates, reduced labor and costs.