The main research activities of the Institute of Electrical Machines, IEM for short, are design, calculation, measurement technologies, drive control and operation of electrical machines. The IEM with its mechanical workshop is able to build functioning prototypes for measurement purpose running on more than 35 test benches in the IEM. Measurement technologies for several research issues, as well as measurement electronics, are developed in-house. All relevant machine types are considered in the institute‘s research. To cover the relevant research topics, four research groups are organized at the IEM.
The workgroup handles the issues regarding design, analysis and optimization of electrical drives for mobile application; these include the development of the correponding methods and control strategies of the drives.
Read more in Automotive.
Mechatronics and DrivesCopyright: IEM
The workgroup deals with the regulation of mechatronic systems and components for future power generation and distribution. Besides the efficiencymaximized control of asynchronous machines for controlled drives, like wind turbines, traction drives and special applications, the measurement and numerical characterization and evaluation of regulated electrical drive systems is the emphasis of the group.
Read more in Mechatronics and Drives.
Computational ElectromagneticsCopyright: IEM
The workgroup computational electromagnetics at the IEM deals both with the numerical simulation as well as with the soft- and hard-magnetic materials, which are used in electrical machines and transformers. Within the numerical simulation, all areas of interest that are necessary in relation with the design, construction and optimization of electromagnetic energy conversion are considered.
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Analysis and DesignCopyright: IEM
The workgroup deals with soft and hard magnetic materials, insulation systems and the electrical machine’s structural dynamic and acoustic behavior. The prediction and reduction of parasitic effects in electrical drives, electromagnetic forces, acoustic emission, manufacturing tolerances, fault diagnosis, life time prediction, partial discharge or material properties are considered in ongoing researches. Specific solutions are worked out depending on the problem and approaches are developed problem-oriented.
Read more in Analysis and Design.