An axial flux machine is described. The machine has a stator comprising a stator housing enclosing a plurality of stator bars disposed circumferentially at intervals around an axis of the machine, and a rotor comprising a set of permanent magnets and mounted for rotation about the axis of the ...
YASA is at the forefront of eMotor innovation and development. Our axial flux technology motors are up to4x more powerfulthan those used in nearly all Electric Vehicles on the road today, whilst being around 50% smaller & lighter. We already feature in some of the best eMotor applications a...
YASA is at the forefront of eMotor innovation and development. Our axial flux technology motors are up to4x more powerfulthan those used in nearly all Electric Vehicles on the road today, whilst being around 50% smaller & lighter. We already feature in some of the best eMotor applications a...
YASA axial flux takes this to the next level. Torque is Force x Radius, so the increased radius of an axial machine immediately increases the figure. Something not possible within the heavyweight confines of a radial machine. Coupled with much shorter, optimised copper windings, the result is ...
An axial flux permanent magnet brushless machine according to the present invention includes: a housing; a stator comprising a stator core and a coil; two rotors each including a permanent magnet, and positioned so as to sandwich the stator in the axial direction with air gaps being left betwee...
KAMPER Chapter 1 INTRODUCTION l a i r T 1.1 Scope F m o The term axial flux permanent magnet (AFPM) machine in this book relates D c only to permanent magnet (PM) machines with disc type rotors. Other AFPM . machine topologies, e.g. transverse flux machines, have not been considered...
This example shows how to import an axial flux machine (AFM) from MotorXP into a Simscape™ model. An AFM, or pancake motor, features a compact design where the magnetic flux flows along the axis of rotation. This geometry provides a compact form factor and enhances the torque density due...
Although dual-stator single-rotor machines do not face the challenges of the torus machines, the design of the stator has been much more complex and difficult to automate. Since it’s unlike any traditional radial flux machine, the manufacturing processes and machinery simply did not exist until...
SMC can be pressed at low cost into a wide variety of 3D shapes. This removed the need for the complex laminations, overcoming the major manufacturing challenge of the axial flux machine. It also dramatically simplified the winding and ultimately transformed the cooling capability. ...
A rotor (1) for an electrical axial flux machine (2) that can be operated as a motor and/or generator. The rotor includes a support (3), a plurality of magnet e