![]() Moreover, travel, accommodation, and subsistence costs are reimbursed by the project’s budget. The selected projects will benefit from 1 to 4 weeks of free access to the chosen facilities for a team of up to 2 persons. The 4 th SFERA-III campaign is open until 31 January 2022. Characterisation of materials behaviour and properties under extreme conditions.High-flux photochemistry and photo-physics.High value material synthesis and/or coatings deposits.Modelling and controlling of concentrating solar technologies for power plants and for industrial processes.Solar heating and cooling of buildings to improve energy efficiency.Cycles for chemical storage of solar energy.The campaign offers access to a wide spectrum of experiments such as: METU/ODAK: GunSolSim (High flux solar simulator).ETH Zurich: HFSS (High flux solar simulator) and CHEM (Chemical Laboratory).IMDEA: HTPU-CDL (Computational Design Lab for High Temperature Processes), HTPU-LAB, KIRAN42 (42kWe High Flux Solar Simulator) and VHCST (Very High Concentration Solar Tower).PSA-CIEMAT: SOLFU, DESAL, MOSA (Molten Salt Test Loop for Thermal Energy Systems), HIWATOX and SOLWATER.University of Evora: CER (Renewable Energies Chair), PECS (Solar Concentrators Testing Platform), INIESC (National Research Infrastructure in Solar Energy Concentration) and DNI-N.ENEA: ESOL (ENEA Solar Collector Optics laboratory), TFC-LAB, OMSoP and PCS.Fraunhofer ISE: WT Lab, TES-LAb, CD-Lab (Durability testing of materials for concentrated solar thermal), C-Lab Field and CD-Lab. ![]()
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