Below are the projects awarded to IMDEA Energy Institute within each research topic:
SOLAR ENERGY AND HIGH TEMPERATURE
SUSTAINABLE FUELS
- RESUCAP: Advanced fuels and polymers from municipal solid wastes
- ALGATEC: Development of advanced microalgae technologies for a circular economy
- BIOTRES: Bioeconomía urbana: transformación de biorresiduos en biocombustibles y bioproductos de interés industrial
- DI-PID: Design, manufacturing and experimental validation of a new continuous lab scale reactor Prototype for thermocatalytic conversion of biomass and products upgrading
- SOLPAC: Solar fuels production in wide-spectrum photoactivated catalytic devices
- ACMIBIO-DA: Microbial-oils production via anaerobic digestion: bioconversion of volatile fatty acids by oleaginous yeasts
ENERGY STORAGE
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SUSBAT: Computer-aided macromolecular design of redox-active polymers: promising paradigm for sustainable battery research and development
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InBat: Injectable batteries of semi-solid electrodes
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MIBAMIN: Research and study of micro-flow batteries coupled to micro-inverters for photovoltaics
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Red E3Tech: Environmental and energy applications of electrochemical technology
MANAGEMENT OF ELECTRICAL ENERGY RESOURCES
- CoorAlma: Coordinación de almacenamiento distribuido para mejorar la continuidad de suministro en redes de distribución
- PROMINT: Smart Microgrids Programme for Community of Madrid
- MICROGRID-ON-CHIP: Battery inverter with integrated controls of power converter and microgrid
ENERGY SYSTEMS WITH ENHANCED EFFICIENCY
- SIMBATT: Desarrollo de modelos para la evaluación tecnoambiental del reciclaje de baterías de vehículo eléctrico
- REDEFINERY: Redefining the waste-energy nexus: a new concept of regional refinery for the circular economy
- Energy efficiency in systems for vibration testing (Contract with IMV Corporation)
CO2 VALORIZATION
- Art-LEAF: Nanostructured multifunctional membranes for solar fuels production by artificial photosynthesis
- SUNRISE: Solar Energy for a Circular Economy
- FotoArt: New generation of multifunctional materials for artificial photosynthesis
- HyMap:Hybrid Materials for Artificial Photosynthesis
ADVANCED POROUS MATERIALS
- CESOLMAT: Hacia celdas solares más eficientes: Nuevas perovskitas 1D medioambientalmente compatibles
- H+MOFs: Novel proton-conducting MOF composites for fuel cell devices
- MADRIDPV2: Materials, devices and technologies for the development of the photovoltaic industry