In the ever-changing era of new products and technologies, the demands and challenges faced by motor design are becoming increasingly diverse. You may face the following problems:
How to achieve efficient design of high-performance motors?
How to improve motor power density, reduce costs, increase cost-effectiveness, enhance reliability and enhance market competitiveness?
How to improve motor and controller/inverter matching problem?
How to solve the conduction and radiated electromagnetic interference of the entire electromechanical system?
Lack of a set of customized motor design software that is easy to use, fully functional, and superior in performance
A new era of motor design technology seminars, through the following discussion, describes how to use a systematic virtual design environment to fully and efficiently solve the above issues you are concerned about.
Efficient
One-button integrated design flow from magnetic circuit method to transient finite element
The average speed of the motor's transient electromagnetic performance analysis is increased by a factor of 15: improved/added transient stability solution algorithm, meshing technology, post-processing technology, high-performance computing technology
Linear acceleration of motor transient electromagnetic performance optimization: Distributed computing technology based on CPU core
Convenient
Motor temperature prediction and cooling system design: Seamless integrated electromagnetic, fluid thermal single/bidirectional coupling analysis
Motor Vibration, Noise Prediction, and Structural Design: Seamlessly Integrated Electromagnetic, Structural, and Noise Coupling Analysis
automation
Automatically output various transient electromagnetic parameters of the motor: Customized user-defined output tool kit
Automatic output of permanent magnet motor torque speed curve, efficiency distribution diagram, etc.: Customized motor design kit
Automated Motor Output Equivalent Circuit Model Based on Transient Electromagnetic Analysis: Customized ECE Model Extraction Toolkit
Automatic Extraction of Cable Parasitic Models: Customized Cable Model Extraction Kit
Automatic Battery Extraction Thermal Model: Customized Battery Thermal Model Extraction Kit
Systematization
Seamlessly integrated motor body and control system design: Set motor magnetic circuit method / ECE / transient co-simulation model, embedded code development, IGBT characterization modeling equals one
Electromagnetic compatibility design for infinitely expanded electromechanical systems: parametric model integration of cable/busbar/IGBT/PCB critical path and conducted interference analysis, PCB board level and electromechanical system level radiated electromagnetic interference analysis
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