ITEP projects

The Institute of Technical Physics (ITEP) is involved in various international, national and local research projects.
The list is updated at regular intervals.

As of Q2 2025
Project title	Research field	Financing	Contact
EUROfusion WPMAG	Superconducting Magnet Technology	EUROfusion	Dr. Bagrets
EUROfusion Vakuum FP9	Vacuum- and Fusion technology	EUROfusion	Dr. Giegerich
Karlsruher Lithium-6 Anreicherungs-Strategie – KALiAS	Vacuum- and Fusion technology	BMBF	Dr. Giegerich
Synergieverbund Brennstoffkreislauf Tritium Technologien – SyrVBreTT	Vacuum- and Fusion technology	BMBF	Dr. Giegerich
Application-oriented syntheses of FeSe-based superconductor films and studies of their critical parameters	Superconducting Magnet Technology	DFG	Dr. Hänisch
RoWaMag„Robuster und wartungsarmer Magnetheizer mit Hochtemperatursupraleiter-Spulen für Warmumformprozesse (vorher „HTS-Indu")	Superconducting power applications	BMWi	Dr. Schlachter
Neutral Gas Modelling W7X	Vacuum- und Fusion technology	IPP Greifswald, W7X	Dr. Tantos
AdHyBau2	Superconductor and Cryomaterials	BMWK	Dr. Weiss
Service Contract ITER/IO/10/4300000292 Conductor Jacket Mechanical Testing Reference Laboratory	Superconductor and Cryomaterials	ITER	Dr. Weiss
EUROfusion WPIC (EU-China collaboration on quench in HTS)	Superconducting Magnet Technology	EUROfusion	Dr. Wolf
SFB Hyperion	Superconducting Magnet Technology	DFG	KIT - IMT
SPEEDY HTS	Superconducting Magnet Technology	BMWK	Prof. Arndt
AppLHy! (TransHyDE-FP4): Transport und Anwendung von flüssigem Wasserstoff	Superconducting Magnet Technology	BMBF	Prof. Arndt / Dr. Wolf
ACCESS	Real-time systems for energy technologies	BMBF	Prof. De Carne
Research Facility 2.0: towards a more energy-efficient and sustainable path	Real-time systems for energy technologies	EU	Prof. De Carne
SMARTGYsum	Real-time systems for energy technologies	EU	Prof. De Carne
WeForming - Buildings as Efficient Interoperable Formers of Clean Energy Ecosystems	Real-time systems for energy technologies	EU	Prof. De Carne
Hybrid Networks: a multi-modal design for the future energy system	Real-time systems for energy technologies	Helmholtz	Prof. De Carne
SupraGenSys2 - Design, optimization, and evaluation of energy-efficient, superconducting generator systems	Superconducting power applications	BMWK	Prof. Grilli
KIT-CERN Collaboration - KC4	Superconductor and Cryomaterials	CERN	Prof. Holzapfel
Magnetfusion - FPP-MC	Superconducting power applications	BMBF	Prof. Noe
CURL380 – Key technology for superconducting current limiters for use in extra-high voltage networks of 380 kV	Superconducting power applications	BMWK	Prof. Noe
SuprAl	Superconducting power applications	BMWK	Prof. Noe
HighAmp - Ultrakompakte und hochstromtaugliche Energieverteilungskabel mit Hochtemperatur-Supraleitern	Superconducting power applications	BMWi	Prof. Noe
DIPAK (Direct Internal Recycling Development Platform Karlsruhe)	Vacuum- and Fusion technology	EUROfusion	Volker Hauer