Post on 06-Aug-2020
30 krpm Motor for E-traction
1
FROM
CUSTOMER
SPECIFICATION
ELECTRIC
DESIGN
THERMAL
DESIGN
MECHANICAL / NVH
DESIGN
INDUSTRIALIZATION
TOPROTOTYPE
30 krpm Motor for E-traction
2
FROM
CUSTOMER
SPECIFICATION
ELECTRIC
DESIGN
THERMAL
DESIGN
MECHANICAL / NVH
DESIGN
INDUSTRIALIZATION
TOPROTOTYPE
AC LOSSES
PROXIMITY EFFECTMAGNET LOSSES
EFFECT OF SEGMENTATION
FLUX DENSITY
DISTRIBUTION
PERFORMANCE
MAPPING
30 krpm Motor for E-traction
3
FROM
CUSTOMER
SPECIFICATION
ELECTRIC
DESIGN
THERMAL
DESIGN
MECHANICAL / NVH
DESIGN
INDUSTRIALIZATION
TOPROTOTYPE
LUMPED PARAMETERS
THERMAL NETWORK
ADVANCED CFD
SIMULATION
30 krpm Motor for E-traction
4
FROM
CUSTOMER
SPECIFICATION
ELECTRIC
DESIGN
THERMAL
DESIGN
MECHANICAL / NVH
DESIGN
INDUSTRIALIZATION
TOPROTOTYPE
MECHANICAL ANALYSIS
NVH ANALYSIS
30 krpm Motor for E-traction
5
FROM
CUSTOMER
SPECIFICATION
ELECTRIC
DESIGN
THERMAL
DESIGN
MECHANICAL / NVH
DESIGN
INDUSTRIALIZATION
TOPROTOTYPE
MANUFACTURING
DRAWINGS
30 krpm Motor for E-traction
6
FROM
CUSTOMER
SPECIFICATION
ELECTRIC
DESIGN
THERMAL
DESIGN
MECHANICAL / NVH
DESIGN
INDUSTRIALIZATION
TOPROTOTYPE
PROTOTYPING
&
TESTING