Multi-Factor Coupling Analysis and Optimization Method for High-Quality Electrical Machine Systems
A special issue of Energies (ISSN 1996-1073). This special issue belongs to the section "F: Electrical Engineering".
Deadline for manuscript submissions: closed (30 September 2022) | Viewed by 17181
Special Issue Editors
Interests: electrical machines and drives; electric machine design; modeling; fault analysis; intelligent control
Interests: electrical machines and drives
Interests: high-performance permanent magnet motor drive system; high-speed starting/generating system
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
With the constant upgrading development of new energy resources, aerospace, automobiles, and robots, high-quality electrical machine systems have become indispensable and attracted increasing attention. In order to realize the specific functions in these fields, torque density, power density, efficiency, temperature rise, torque fluctuation, dynamic response, and other qualities of an electrical machine system require proper optimization to meet the customized demands.
Electrical machine systems are complex multi-factor coupled systems. For instance, loss and temperature rise as well as the electrical circuit and magnetic field are coupled, and the coupling effects between different factors have a significant influence on machine performance. Therefore, the multi-factor coupling effect must be considered in the design and control of electrical machine systems so as to realize high-quality requirements. Through sustained efforts from academia and industry, some multi-factor coupling analysis techniques have been commercialized and used in product development and industrial applications. However, there are still some unsolved crucial issues such as accurate modeling of multi-factor coupling effect, highly efficient coupling calculation method, and multi-physics and multi-objective optimization, which limit development and research in high-quality electrical machine systems.
This Special Issue aims to promote research and invites original works in the area of multi-factor coupling analysis and optimization method for high-quality electrical machine systems. Topics of interest for publication include but are not limited to:
- Multi-physics analysis and design of electrical machines;
- Integrated field circuit coupling model for electrical machines;
- High-precision loss and torque calculation for electrical machines;
- Advanced modeling methods for electrical machine systems;
- Multi-objective optimization of electrical machine systems;
- Novel configurations and control methods of electrical machines;
- Harmonics analysis with magnetic field modulation;
- Innovative applications of electrical machines.
Prof. Dr. Wenxiang Zhao
Dr. Liang Xu
Dr. Bo Wang
Guest Editors
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Keywords
- electrical machines
- multi-physics
- field-circuit coupling
- loss and torque analysis
- multi-objective optimization
- harmonic analysis
- magnetic field modulation
- novel machine topology
- advanced control scheme
- innovative applications
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