Project Title:
Selected Solver Type: emf
Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7
Mouse Event Guide
Wheel : Zoom In/out
Ctrl + Wheel : Panning
Wheel : Zoom In/out
Ctrl + Wheel : Panning
- Rotor
- Stator
Working List
> Welcome!
> Program started at 2021/12/13 19:11.
Step 1. Solver Type
Step 1. Solver Type Electromagnetic
Step 1. Solver Type Parameter
Step 1. Solver Type Characteristic
Step 1. Solver Type Electromagnetic Pressure
Step 3. Geometry
Step 4. Region Setting
Step 5. Analysis Setting
Step 6. Analysis
Ev Energy Analysis Condition
- Motor Inertia[Kgm^2]
- Gear Ratio[-]
- Tire Radius[m]
- Vehicle Mass[m]
- Front Area[m^2]
- Brake Torque[Nm]
- P Gain[-]
- I Gain[-]
- Initial SOC[%]
- Open Circuit Voltage[V]
- Internal Resistance[Ohm]
- Nominal Capacity[kWh]
- Rolling Resistance Coefficient[-]
- Airdrag Resistance Coefficient[-]
- Air Density[kg/m^3]
- Gravity Accelaration[m/s^2]
- Driving Cycle
Step 7. Result
Open Job Monitor
Title Motor Type Solver Type Start End Status title Gid Action
Create New Project
- Title
Description
Project Information
- Title
Description
Rotor Type
Step 2. Model Setting
Winding Type
Model Type
Num. Of Poles
Num. Of Slots
Stator
- Outer Diameter[mm]
- Inner Diameter[mm]
- Number of Slot[num]
- Slot Opening[mm]
- Shoe 1[mm]
- Shoe 2[mm]
- Thickness of Teeth[mm]
- Thickness of Yoke[mm]
Rotor
IPMSM - V Type
- Outer Diameter[mm]
- Inner Diameter[mm]
- Num of Pole[num]
- Thickness of Rib[mm]
- Angle of Pole[deg]
- Angle of Rib[deg]
- Angle of PM[deg]
- Thickness of PM[mm]
- Width of PM[mm]
- Width of Bridge[mm]
- Vertical Parallel Move[mm]
- Horizantal Parallel Move[mm]
IPMSM - Bar Type
- Outer Diameter[mm]
- Inner Diameter[mm]
- Number of Pole[num]
- Thickness of Rib[mm]
- Angle of Pole[deg]
- Angle of Rib[deg]
- Thickness of PM[mm]
- Width of PM[mm]
- Distance between
Outer Diameter and PM[mm] - Distance between
Barrier and PM[mm]
IPMSM - Delta Type
- Outer Diameter[mm]
- Inner Diameter[mm]
- Number of Pole[num]
- Distance between
Outer Diameter and PM[mm] - Distance between
Barrier and PM[mm] - Thickness of Rib[mm]
- Angle of Pole[deg]
- Angle of Rib[deg]
- Thickness of PM[mm]
- Width of PM[mm]
- Thickness of Rib[mm]
- Angle of Pole[deg]
- Angle of Rib[deg]
- Angle of PM[deg]
- Thickness of PM[mm]
- Width of PM[mm]
- Width of Bridge[mm]
- Vertical Parallel Move[mm]
- Horizantal Parallel Move[mm]
WFSM
- Outer Diameter[mm]
- Inner Diameter[mm]
- Number of Pole[num]
- Angle of Pole[deg]
- Tooth Tip[mm]
- Thickness of Teeth[mm]
- Thickness of Yoke[mm]
Stator
Rotor
Solving Condition
- Adjust Angle
- Number of Pole Pairs
Dimensions Specifications
- Stack Length[mm]
- Parallel Circuit
Characteristic Analysis Condition
RPM
- Start
- End
- Base
- Step
Torque
- Start
- End
- [Nm]
- [Nm]
- Step
Amature Current Range
- Start
- [Arms]
- End
- [Arms]
Phase Angle Range
- Start
- [Edeg]
- End
- [Edeg]
Minimize Value
Max. Voltage
- [Vdc]
Max. Power
- [W]
Motor Parameter
- PWM Modulation Ratio
- Phase Res.[mOhm]
- Field Res.[mOhm]
Characteristic Analysis Condition
- Torque Range [Nm]
- Step
- Start
- End
- Speed Range [rpm]
- Base
- Step
- Start
- End
- Aramture Current Range [Arms]
- Start
- End
- Armature Current Phase Range [edeg]
- Start
- End
- Number of Pole Pair[num]
- Minimize Value
- Maximum Voltage[Vdc]
- Maximum Power[W]
- PWM Voltage Utilization Ratio[-]
- Phase Resistance[mOhm]
Parameter Analysis Condition
- Adjust Angle[mdeg]
- Number of Pole Pair[num]
- Stack Length[mm]
- Parallel Circuit[num]
- Aramture Current Range [Arms]
- Step
- Start
- End
- Aramture Current Phase Angle Range [edeg]
- Step
- Start
- End
- Speed Range [rpm]
- Step
- Start
- End
- Analysis Step[num]
Static Analysis Condition
- Stack Length[mm]
- Number Of Parallel Circuit
- Armature Current[A]
- Armature Current Angle[Degree]
- Field Current Range[A]
- Rotating Speed[rpm]
- Phase Resistance[mOhm]
- Target Order[num]
- Analysis Step[num]
Result - Efficiency
Result - Stator Copper Loss
Result - Stator Core Loss
Result - Rotor Core Loss
Result - Core Loss
Result - Max Capability
Result - Radial Flux Density
Result - Radial Force Density
Result - Tangential Flux Density
Result - Spectrum Chart
Mesh Generation
- Global Size[mm]
- Air Gap Edge Size[mm]
- The system is in the development stage. DO NOT change this unless you understand what you're doing.
Static Analysis Condition
- Stack Length[mm]
- Number Of Parallel Circuit
- Armature Current[A]
- Armature Current Angle[Degree]
- Field Current Range[A]
- Rotating Speed[rpm]
- Phase Resistance[mOhm]
- Analysis Step[num]
Result - Current
Result - Flux
Result - Voltage
Result - Torque
Result - Cle Speed
Result - Require Torque
Result - Motor Torque
Result - Distance
Result - Motor Speed
Result - State Of Charge