Products
Optimize Energy Conversion, Guarantee Performance, and Ensure Compatibility.
Simcenter Electromagnetic Simulation solutions empower engineers to model and optimize energy conversion devices, ensuring efficiency and performance in increasingly complex electromagnetic environments. With advanced solvers and capabilities, Simcenter provides a transformative CAE process from initial analysis to detailed verification for electromechanical components.
Why to use?
Simcenter Electromagnetic Simulation solutions address the following challenges:
Designing energy-efficient devices such as motors, generators, and transformers.
Validating e-machine designs early in the development process.
Optimizing control strategies and performance under real-world conditions.
Ensuring electromagnetic compatibility and minimizing interference in complex systems.
Key Benefits
1. Optimize Energy Conversion – Achieve High Efficiency and Low Loss
Simulate e-motors, generators, actuators, and transformers with static, harmonic, and transient solvers. Account for material non-linearities, hysteresis, thermal effects, and moving components to ensure accurate performance predictions.
2. Streamline E-Machine Design – Accelerate Innovation
Leverage multidisciplinary tools for electric motor and generator design, covering concept validation through systems integration. Simulate both electromagnetic and thermal aspects for comprehensive performance analysis.
3. Enhance Collaboration – Integrated and Flexible Workflows
Integrate electromagnetic simulations seamlessly with thermal, structural, and system-level analyses. Utilize flexible workflows and compatibility with a range of finite and boundary element solvers.
Technical capabilities
Low-Frequency Electromagnetic Simulation
Simulate energy conversion devices with a focus on efficiency and performance. Incorporate nonlinear material properties, hysteresis, and moving parts into static, harmonic, and transient analyses. Optimize designs for low loss and high throughput.
E-Motor and E-Generator Design
Validate designs across the entire lifecycle, from concept to system-level integration. Simulate performance and thermal management to optimize both efficiency and reliability. Include validation of control strategies and detailed performance engineering.
