The name CELSIUZ stands for well-equipped premises that provide space for creative work, networking and the initiation of innovative project ideas. Engineers, computer scientists, natural and social scientists combine their skills and transfer their research into knowledge transfer. Together with people from business and society, new solutions are sought for the challenges of our time.
At the heart of the Co-Creation Lab is a large simulation and training control station where a wide variety of scenarios can be modeled and tested on site. Information events, scientific workshops and discussion rounds are designed and carried out.
In order to implement reliable and economical solutions for a climate-neutral energy supply as quickly as possible, cooperation between utility companies, society and universities must be strengthened. In the "Energy" transfer field, tools for designing technical systems, innovative technologies for energy conversion, transport and storage, as well as methods for optimizing operations are shared with company representatives and citizens at CELSIUZ. To this end, projects and expertise from the university's "Energy and Environment" research focus are presented in a target group-oriented manner. Concrete problems, such as those that arise when converting the energy supply to regenerative sources, are discussed using modern software for process simulation and analysis and solutions are developed.
-Co-creation:
Concrete problems, such as those that arise when converting the energy supply to renewable sources, are discussed using modern software for process simulation and analysis and solutions are developed jointly.
-Co-innovation:
Joint use of modern simulation technology and IT in a creative atmosphere leads to continuous optimization of results
- Network meetings:
Event formats for knowledge transfer are developed, implemented and evaluated in the CELSIUZ laboratory
-Further training and transfer events:
Compact knowledge transfer for the challenges of the future
HTWK Leipzig
Prof. Jens Jäkel
Bela Truschenski
University of Applied Sciences Zwickau
Ambient Assisted Living, mobility and neighborhood concepts, demographic change & urban development, Industry 4.0, energy technology and systems
Prof. Dr.-Ing. habil. Tobias Teich
Zittau/Görlitz University of Applied Sciences
Flexible energy systems: Development and automation of energy systems for coupling the heat, electricity and mobility sectors, taking into account renewable energy sources
