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publication

Novel low-dimensional chalcogenides materials for advanced integration in tandem and agrivoltaic aplications (MATER-ONE)

project

…transparent substrates for the demonstration of the quantitative objectives of the project and for the demonstration of a functional system suitable for agrivoltaic applications with 10% efficiency. This subproject will…

Energy Storage, Harvesting and Catalysis

group

…to the development of new technological approaches that have allowed us to obtain competitive prototypes of flow systems based on vanadium or organic electrolytes with very high performance with high…

Advanced characterization of semiconductor materials and quality control methodologies for monitoring of the manufacturing of high-tech photovoltaic devices- RyC2022 (Maxim Guc)

project

…photovoltaics (PV). His involvement in this research topic continues since the preparation of his Master thesis, and is based on the deep analysis of fundamental properties of a wide variety…

Open Innovation Test Bed for Electrolysis Materials for Clean Hydrogen Production (CLEANHYPRO)

project

IREC laboratories: Advanced Materials for Energy Unit

multimedia

https://www.youtube.com/watch?v=UcXPEmEaPJQ The Advanced Materials for Energy Unit at the Catalonia Institute for Energy Research (IREC) develops novel materials, processes and prototypes to move towards renewable energy generation, storage and conversion…

New wide bandgap photovoltaic devices based on sustainable materials and eco-efficient processes for ubiquitous integrated PV applications (HIDDEN-PV)

project

…HIDDEN-PV is a newly funded project that stands for “New wide bandgap photovoltaic devices based on sustainable materials and eco-efficient processes for ubiquitous integrated PV applications” which aims to develop…

2D Carbides (MXenes)-based catalysts for H2 production and CO2 reduction processes (2DCATSxH2&CO2)

project

Abstract In this project, new materials based on 2D carbides (MXenes) of transition metals will be prepared. These materials will be used as catalysts for the production of renewable H2…

New machine learning process monitoring methodologies based on spectroscopic techniques for inline inspection of thin film PV industrial manufacturing processes (MALMO)

project

…materials, energy and time. This can be minimized through early detection of deviations using in-line process monitoring (PM) tools. X-ray fluorescence (XRF), Raman and photoluminescence spectroscopies are well-suited for PM…

Functionalized indium-free transparent electrodes based on hybrid metal-oxide architectures for high performance optoelectronic devices (TransEL)

project

…and operation conditions (up to 550ºC, chalcogen-rich atmosphere and solvent and weak bases/acids in the case of PV; up to 800ºC and pH 1-13 electrolytic solutions for PWS), and 4)…

Stable olivine cathode materials with high specific energy for solid state batteries (OLiBat)

project

Summary Development of advanced all-solid-state Li-ion battery (ASSB) cells require new materials to be developed together with more sustainable manufacturing techniques such as 3D printing. The cathode and its compatibility…

Anode-free all-solid-state batteries: From thin film to bulk (AfreeSSB)

project

…objectives are: i) To develop anode-free thin-film SSBs with high power densities, ii) to transfer the anode-free concept to bulk cathodes for high energy densities, iii) to develop operando characterisation…