OTEGs fabricated by scalable printing techniques
Fellow:
Irene Brunetti (ESR 13)
Home Institution:
InnovationLab, Germany (iL)
1st Secondment:
Istituto Italiano di Tecnologia, Italy (IIT)
2nd Secondment:
Eurecat Centre Tecnològic, Spain
Supervisors:
Wolfgang Kowalsky, Christian Melzer (iL)
Co-Supervisor:
Ana Moya Lara (Eurecat)
Objectives
- Ink formulation and printing tests with scalable deposition techniques (e.g. screen printing or ink-jet)
- Design, fabrication and characterization of simple organic and hybrid T-sensors and TEGs and mini-modules thereof
- Development of applications and demonstrators utilizing the previously fabricated TEGs and T-sensors
Expected results
- Reliable processing of TE materials by scalable printing techniques
- Improved design of OTEG modules
- Fabrication of printed TEG modules
- TEG integration into demonstrator
Skills acquired
- Printing of functional materials with various printing techniques
- Design, fabrication and characterization of TEGs
- Design and fabrication of demonstrators