A Magnetic Field Orientation That Changes the Fundamental Design of Motors
21 hours ago
- #magnetic-technology
- #electric-motors
- #innovation
- ParaNetic magnet features a unique three-pole configuration (two north poles with a south pole in between or vice versa), differing from traditional magnets.
- This magnet allows objects to pass through its magnetic field, including transition points between poles, enabling new motor designs.
- ParaNetic motors utilize both sides of rotor and stator magnetic fields simultaneously, improving efficiency, torque, and reducing heat.
- Applications include electric aircraft, submersibles, automotive industries, and more, due to high torque and efficiency.
- The motor uses five electromagnets interacting with one permanent magnet, reducing current needs and heat generation.
- Hollow-core permanent magnets in the rotor enhance magnetic field strength at the edges, improving performance.
- ParaNetic technology enables miniaturized transducers, high-fidelity micro speakers, and sensitive sensors.
- The design supports linear or circular layouts, making it versatile for various applications.
- Unlike conventional motors, ParaNetic motors can suspend magnets at polarity switch points, useful for valves and transducers.
- Potential to revolutionize industries with sustainable, efficient propulsion systems.