Projects from our institute
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HOPP
Solvent-free high-rate perovskites using industry-relevant processes
TAPVER
Technical and financial assurance for PV applications through measurable reliability and performance
CORE-KI
CO2 reduction and accelerated renovation through AI-driven strategies and renewable energy in the existing residential building stock
PV-FREE
Photovoltaics free of critical raw materials for sustainable electricity
CHAWAEL
A highly dynamic and energy-efficient test environment for characterizing heat pump systems that use air as the heat transfer medium
AlpaKa
Workplace charging stations for parked vehicles without AC power
IBCinD
Innovative and cost-effective process technologies for high-efficiency POLO2 IBC cells for production in Germany
APPEAL
APPEAL develops automated processes for the production of building-integrated photovoltaics in small batch sizes. The aim is to make façades and additional building surfaces economically viable for solar power generation.
Expansion of the research infrastructure for heat pumps and solar modules
A new research building with around 1,300 m² of laboratory space is being built on the ISFH site. New laboratories and pilot plants will enable the development and testing of high-performance heat pump systems as well as the production and measurement of PV modules on a prototype scale.
HiPER-Ni
Highly efficient nickel-contacted Ag-free POLO2-IBC solar cells