Energieforschung@LUH Research
Electrical power engineering

Electrical Power Engineering

Electrical Power Engineering is a research area at the University of Hanover that focuses on the expansion of the electricity-based energy system. This includes areas such as electrical machines, power electronics with their converters, high-voltage and grid technology, electrical energy storage systems and electrical process technology. The transformation of the energy system towards regenerative sources means that electrical energy technology is becoming increasingly important, as it is required for the provision of electrical energy, its transportation and intermediate storage as well as its application. Whereas in the past, rotating masses in thermal power plants played a major role in achieving grid stability, converters will increasingly take on these tasks, for example for connecting wind farms, PV systems and e-charging stations.

 

Selected infrastructures and laboratories related to electrical power engineering

Selected projects from the field of electrical power engineering

Showing results 1 - 5 out of 24

EnabEL: Nachhaltige Elektrifizierung in der Thermoprozesstechnik: Technologische Enabler für den großindustriellen Einsatz der Widerstandsbeheizung, Teilprojekt: Machbarkeitsuntersuchungen für hohe elektrische Anschlussleistungen in Thermoprozessanlagen mittels Widerstandserwärmung

Baake, E.

1 Nov 202330 Apr 2026

Project: Research

Hochleistungs- und Hochdrehmoment-E-Motor ohne seltene Erden und ohne Kupfer

Ponick, B.

1 Apr 202330 Sept 2025

Project: Research

Höchste Drehmomentdichte durch Kombination von direkter Leiterkühlung und Wirkflächenfaltung

Ponick, B.

1 Apr 202330 Sept 2025

Project: Research

ImagineHFI: Innovative Materialien und Designs von magnetischen Feldkonzentratoren für energieeffiziente kontinuierliche HFI-Schweißprozesse, Teilprojekt: ETP: Numerische Simulation und Werkstoffdaten

Baake, E.

1 Apr 202330 Sept 2025

Project: Research

Aggregation of the ancillary service potentials of the distribution system level at multiple vertical system interfaces in the context of hierarchical multi-level grid control strategies

Hofmann, L.

1 Jan 202331 Dec 2025

Project: Research


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