This exploration aims to address the inherent Three Dimensional (3D) nature of AFPM motors and quantify the accuracy of 2D modeling techniques, relative to analytic and 3D predictions. The role of axial flux PM brushless machines is increasing especially in applications where integration of motors with other mechanical parts is imperative. In addition to analytical modeling, this thesis will investigate Two Dimensional (2D) Finite Element (FE) representations of the SRDS axial field motor. An in-depth review of phase self-inductance calculations as well as overall machine performance calculations will be carried out. During developing of analytical modeling equations an alternative method for prediction of no-load Back-Electromotive Force (BEMF) waveforms will be developed for comparison against classical finite element predictions.
AXIAL FLUX MOTOR HOW TO
To facilitate investigation of the SRDS AFPM motor, this thesis reviews and extends existing RFPM analytical modeling techniques for application and use in AFPM machines. Axial Flux Motor Stator Machine - Winding and Stamping 9,578 views 78 Dislike Share Save Boccadoro SA 123 subscribers Watch how to produce 100 Axial Flux Motor with the right Winding. See below for our range or contact us for more details. The Axial flux motor range comes in air cooled and liquid cooled versions depending on your power requirements. Compared to conventional motors the Phi-Power axial flux technology can offer significantly more power and torque in the same space. Axial Flux (SPM) Technology Ashwoods Axial Flux motors use SPM (surface mounted permanent magnet) technology to deliver high power with fantastic efficiency. This thesis will investigate the Single Rotor, Dual slotted Stator (SRDS) topology with integralslot windings for comparison against more conventional Single Rotor, Single Stator (SRSS) RFPM machines. Based on many years of experience in designing and integrating axial flux motors the engineering team at Phi-Power have developed a range of electric motors from racing to heavy goods vehicles applications. Over the last several decades this uniqueness has garnered interest, yet RFPM motors continue to be to most prevalent PM motor topology in industry. The company began with a focus on wind energy applications, designing a motor that becomes a generator. The new technology is used for electric motors in electric vehicles with a high power density and efficiency requirement. According to Maxmax, its motor is 50 to 75 lighter than radial flux direct drive machines for similar power. That proves useful to automakers that integrate the motor, the. This axial-flux topology provides machines that are less wide and heavy as well as being more compact, yielding greater efficiency. The Axial Flux Permanent Magnet (AFPM) motor is a unique machine topology which possesses advantages over Radial Field Permanent Magnet (RFPM) machines. Because axial-flux motors have a short axial length, they can help keep the power train short.
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