Why to use?
Simcenter E-Machine Design is tailored for:
Motor Type Simulation
Design and analyze radial and axial flux motors across five motor types.
Performance Optimization
Explore and optimize designs for efficiency, NVH performance, and thermal reliability.
System-Level Integration
Collaborate across teams working on motors, housings, transmissions, and more for complete vehicle or system-level performance insights.
Key Benefits
1. Rapid Electric Machine Design – Template-Driven Simplicity
Use ready-made templates to execute a range of design experiments without requiring FEM expertise. Eliminate complex model setups, mesh refinements, and iterative experiments.
2. Tailored Accuracy at Every Stage – Reduce Costs
Select from analytical EMAG, calibrated EMAG, or FEM EMAG experiments to tune accuracy and time requirements. Gather performance data tailored to your design stage for cost-effective development.
3. Comprehensive Performance Review – Avoid Failures
Analyze machine performance under real operating conditions. Incorporate automatic magneto-thermal coupling to predict and avoid potential failures early.
4. Integrated Design Workflow – Seamless Collaboration
Share native file formats across teams using Simcenter tools to ensure synchronized updates and efficient collaboration. Optimize designs with integrated support for Simcenter HEEDS design exploration.
TechSim Positioning – Powering Electric Machine Innovation
Expertise in Electric Machine Design
TechSim brings extensive knowledge of motor simulation and optimization, enabling you to achieve high-performance designs.
Integrated Solutions for Collaboration
Facilitate team-wide synchronization and efficient workflows with Simcenter tools.
Comprehensive Support
From concept to optimization, TechSim ensures you maximize the capabilities of Simcenter E-Machine Design for faster, better design outcomes.
Technical Capabilities
1. Support for Five Electric Motor Types
Brushless PM motors, induction motors, switched reluctance motors, brush motors, and axial flux motors.
Parameterized templates and modeling for radial and axial flux machines.
2. Motor Thermal Analysis
Automatically coupled magneto-thermal effects ensure comprehensive performance insights.
Avoid failures by simulating real-world operating conditions.
3. Virtual Experiments
Conduct experiments quickly with minimal setup effort, leveraging template-driven workflows.
Eliminate data file or geometry exchanges for error-free coupling.
4. Flexible Material Databases
Access extensive material databases for accurate simulations.
Tailor material properties to meet specific design requirements.
5. Electric machine phase windings
Leverage seamless co-simulation between electromagnetics and thermal analysis for electric machines to study the effects of heat and various cooling strategies on performance
Connect to Simcenter HEEDS for optimization and design exploration.
Streamline the search for innovative solutions and optimal performance.
