Simcenter E-Machine Design Reviews & Product Details

Simcenter E-Machine Design is a comprehensive software solution developed by Siemens for the rapid and efficient design and simulation of electric machines. It supports a variety of motor types, including brushless permanent magnet motors, induction motors, switched reluctance motors, and axial flux motors. By leveraging a template-driven user interface, the software enables engineers to expedite the development process, reducing both time and costs associated with electric machine design. Key Features and Functionality: - Versatile Simulation Options: Offers analytical electromagnetic (EMAG, calibrated analytical EMAG, and Finite Element Method (FEM EMAG experiments, allowing users to balance accuracy and performance data collection time according to the design stage. - Template-Driven Design: Provides ready-made, parameterized templates for various machine types, eliminating the need for FEM expertise and simplifying the setup of models and experiments. - Comprehensive Performance Analysis: Enables evaluation of machine performance under operating conditions, incorporating automatic, coupled magneto-thermal effects to identify potential failures early in the design process. - Integrated Thermal Analysis: Facilitates seamless co-simulation between electromagnetics and thermal analysis, allowing the study of heat effects and cooling strategies on machine performance. - Virtual Experimentation: Includes preset virtual experiments to assess simulated performance, providing tables, charts, and plots for comprehensive data analysis. - Flexible Winding Layouts: Features unique technology to determine all possible balanced winding layouts, enabling easy evaluation and modification of alternatives. Primary Value and Problem Solving: Simcenter E-Machine Design addresses the challenges of electric machine development by streamlining the design and simulation process. Its intuitive, template-driven approach reduces reliance on multiple physical prototypes, accelerates innovation, and optimizes performance. By integrating various simulation methods and providing comprehensive analysis tools, the software empowers engineers to make informed decisions, minimize potential failures, and deliver high-quality electric machines efficiently.