Discover how CETPartnership-funded projects are transforming research and innovation into real-world clean energy solutions. The partnership currently supports 163 active projects funded through the 2022, 2023 and 2024 Joint Calls.
These projects help accelerate the development, demonstration and deployment of clean energy technologies and solutions across Europe.
RamonCO
The RamonCO project aims to mature and apply the modelling/inversion framework developed in DigiMon at full field scale and quantify societal challenges and requirements, as well as cost, to draw risk governance strategies for industry and regulators and incorporate them into decision support tools.
LoCoMoSa
LoCoMoSa aims to demonstrate a cost-reduced medium- to long-duration thermal energy storage system based on molten salt to deliver industrial heat at 120-450 °C.
WindSCORE
The main objective of WindSCORE is to develop a scientific toolbox for the 360° evaluation of offshore wind farm projects.
FLEXI
FLEXI is an interdisciplinary project that supports the clean energy transition (CET). Through the use of modern generative artificial intelligence (AI), it aims to engage citizens in the CET by building a federated digital twin (FDT) on the demand side to integrate various energy resources and technologies. The project also seeks to establish a novel Flexibility-as-a-Service business model that will incentivise resource owners to deposit their energy flexibility.
LaTESt-CUT
BREAD
The main objective of LaTESt-CUT is to increase the operating temperature, and consequently, the efficiency of Thermal Energy Storage (TES) systems.
TARIP
TARIP will validate the technical feasibility of a robust and flexible industrial thermoacoustic heat pump (TAHP) technology capable of operating with supply temperatures between 150 to 250°C and temperature lifts of up to 100K.
DREAM-PV
The project is expected to deliver new knowledge and practical solutions for improving the reliability and durability of photovoltaic modules based on next-generation solar cell technologies. By developing optimized module designs, compatible material combinations, and improved integration processes, the project will enable more stable and long-lasting PV modules.