## About MotorXP

MotorXP is not just another electric motor design tool. MotorXP is more than 40 years of combined experience of our engineers in electromagnetics, electric machine design, power electronics, control design and EV industry. This is where theory and practice meet together, where new ideas create technologies of our future. Why we recommend MotorXP? Just because we use it to solve our everyday challenges creating state of the art electric motors and drives. Because electric is the future.

## MotorXP-PM

### Overview

__MotorAnalysis-PM__, a popular software for design and analysis of permanent magnet (PM) motors and generators. MotorXP-PM offers much more features and capabilities, please see the detailed comparison

__MotorXP-PM vs. MotorAnalysis-PM__. MotorXP-PM supports different machine types including brushless DC (BLDC) motors and generators and permanent magnet synchronous motors (PMSM) and generators with surface-mounted or interior permanent magnets (IPM). MotorXP-PM combines both finite element analysis (FEA) and analytical analysis methods providing fast and accurate results, which establishes a complete set of tools for design and analysis of permanent magnet machines. MotorXP-PM is available as a MALTAB-based application and as a standalone program working without MATLAB.

### Analysis Methods

### MotorXP-PM vs. MotorAnalysis-PM

MotorAnalysis-PM is a free version of MotorXP-PM with limited functionality. Please see below the full list of features:

## Feature |
## MotorXP-PM |
## MotorAnalysis-PM |

Stator geometry templates | ||

Rotor geometry templates | ||

Custom geometry templates | ||

Custom rotor and stator geometries imported from DXF file | ||

Geometry export into DXF file | ||

Automatic winding layout | All possible pole/slot combinations (balanced windings) | Integer slot windings only (integer number of slots per pole per phase) |

Inverter losses calculation | ||

Magnet losses | ||

Retaining sleeve losses | ||

Iron losses | FEA and D-Q models | FEA models only |

Demagnetization analysis | ||

Dynamic D-Q Analysis | PWM and six-step drives | PWM drives only |

Motor efficiency maps | Do not include iron losses | |

Inverter efficiency maps | ||

Export of D-Q model parameters (Ld, Lq, magnet flux linkage) | ||

Export of max. efficiency operation Id / Iq lookup tables | ||

Machine constants | ||

Automatic calculation of flux density levels | ||

Project files with protected design data |