Simcenter Electromagnetics & Electrification
Design and optimize electric motors, generators, electromagnetic components and complete electrified systems using advanced Siemens Simcenter simulation technology. Evaluate electromagnetic, thermal, mechanical and system-level performance before building physical prototypes.
Request a DemoAccelerate Electric Machine & Electrified Product Development
Simcenter provides simulation solutions covering the complete electrification development process—from early electric motor concepts and electromagnetic field analysis to thermal management and full-system performance validation.
Simcenter E-Machine Design
A template-driven simulation environment for rapidly designing and evaluating electric motors and generators.
- Electric motor design
- Generator design
- Electromagnetic performance
- Torque & power prediction
- Efficiency maps
- Loss calculations
- Electro-thermal simulation
- Design optimization
- Axial & radial flux concepts
Simcenter MAGNET
Advanced electromagnetic field simulation for motors, generators, transformers, actuators, sensors and electromagnetic components.
- 2D & 3D electromagnetic FEA
- Permanent magnet analysis
- Coil & winding simulation
- Motors and generators
- Transformers
- Solenoids
- Actuators
- Electromagnetic forces
- Core & magnetic losses
Simcenter FluxMotor
A fast electric motor design and performance comparison environment for efficiently exploring motor configurations during early development.
- Motor concept evaluation
- Automated motor modelling
- Performance maps
- Torque prediction
- Efficiency analysis
- Loss calculation
- Thermal evaluation
- Design comparison
- Rapid design exploration
What Can You Simulate?
Evaluate electrical and electromagnetic behaviour from component level to complete electrified systems.
Electromagnetic Fields
Predict magnetic flux, field distribution and electromagnetic forces.
Electric Motors
Evaluate torque, power, efficiency, losses and motor performance.
Permanent Magnets
Study magnet performance, demagnetization and magnetic material behaviour.
Electro-Thermal
Predict motor heating, thermal losses and temperature effects.
Battery Systems
Evaluate battery behaviour, thermal management and energy-performance interaction.
Electric Powertrain
Simulate motors, inverters, batteries and complete EV drivetrain systems.
Motor NVH
Study electromagnetic forces contributing to motor vibration and noise.
Design Optimization
Explore design alternatives to balance efficiency, weight, cost and performance.
From Motor Concept to Complete Electric Powertrain
Motor Concept
Define topology, dimensions and performance targets.
Electromagnetic Analysis
Calculate torque, flux, losses and efficiency.
Thermal Validation
Evaluate motor temperature and cooling requirements.
System Integration
Integrate motors, inverters, batteries and controls.
Optimize
Balance efficiency, range, performance and cost.
Where Can Simcenter Electrification Be Used?
🚗 Electric Vehicles
Traction motors, inverters, battery systems and complete EV powertrain development.
⚙️ Industrial Motors
Design efficient motors for pumps, compressors, machinery and automation.
✈️ Aerospace Electrification
Electric propulsion, actuation and onboard electrical systems.
🤖 Robotics
Develop compact, high-efficiency motors and electromechanical actuators.
🌬️ Pumps & HVAC
Optimize electric motors used in fans, pumps, compressors and HVAC systems.
⚡ Renewable Energy
Generator simulation for wind, energy and power-generation applications.
Complete Electrification Digital Twin
Electrification development can combine electromagnetic, thermal, structural and system-level simulation.
Simcenter Amesim
System-level simulation of electric powertrains, batteries, inverters, thermal systems and controls.
Simcenter STAR-CCM+
Detailed CFD and thermal management simulation for electric motors, batteries and electronic systems.
Simcenter 3D
Structural, thermal, vibration and NVH simulation for motors and electrified product assemblies.
Simcenter Electrification Solutions
Rheologist Gaze & Solutions supports organizations evaluating Siemens Simcenter solutions for electric motor design, electromagnetic analysis, EV development, thermal management and complete electrified system simulation.
Our support includes software selection, demonstrations, licensing assistance, implementation, application training and technical support.