Q3150358 (Q3150358): Difference between revisions
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(Created claim: summary (P836): TO ENSURE SAFE, EFFICIENT AND CLEAN ENERGY, THE USE OF FOSSIL FUELS FROM TROUBLED AREAS OF THE WORLD NEEDS TO BE SIGNIFICANTLY REDUCED AS THEY EMIT GREENHOUSE GASES. This project will lead to a reduction in the consumption of fossil fuels leading to the development of low-cost PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITIVEs that generate renewable energy, and to take into account the development of effective illumination sources that reduce the ENERGY co...) |
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TO ENSURE SAFE, EFFICIENT AND CLEAN ENERGY, THE USE OF FOSSIL FUELS FROM TROUBLED AREAS OF THE WORLD NEEDS TO BE SIGNIFICANTLY REDUCED AS THEY EMIT GREENHOUSE GASES. This project will lead to a reduction in the consumption of fossil fuels leading to the development of low-cost PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITIVEs that generate renewable energy, and to take into account the development of effective illumination sources that reduce the ENERGY consummation._x000D_ the PROJECT FOR DEVELOPMENTS PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITORS AND LIGHT EMISORES BASED IN MOLECULARY MATERIALS, INorganic AND ORGANIC-inorganic HIBRIDOS. The OBJECTIVE MAINS ARE THE DEVELOPMENT OF:_x000D_ 1) ORGANIC-inorganic SOLAR CELLS OF FINA CAPASED IN Perovskitas, WITH A ENERGY EFICIENCE OF 20 %._x000D_ 2) LIGHT EMPOSITIVE PROPOSITIVES, with an EFICIENCE OF 100 LM/W._x000D_ these provisions are in the CENTRE OF Attention AND GENERGY ENERGY LIMPIA AND INCREASE THE EFICIENCE IN THE CONSUMPTION OF ENERGY, RESPECTIVELY, JUNE WITH THE SALE OF BEING PRODUCED TO VERY COSTE. THIS IS ABOVE ALL THE CASE OF PEROVSKITE-BASED SOLAR CELLS, WHICH ARE MADE UP OF VERY CHEAP STARTING MATERIALS, WHICH LEAD TO ENERGY PRODUCTION WELL BELOW THE CURRENT COST IN SPAIN. BOTH TYPES OF DEVICES CAN BE PRODUCED USING LOW-COST ROLL-TO-ROLL TECHNIQUES. These two types of provisions will be developed in this project, because for both, an efficient transport of loads is required in the end and an efficient load transfer from inorganic to inorganic materials, and therefore they have a great part comun._x000D_Our GROUP HA recurrently 15 % EFICIENCES IN FINA CAP PROVISIONS based on low-cost perovskites, and more than 60 LM/W in FINA-capable light sources._x000D_ Without Employee, to improve more than a few different types of supplies, and to reach the OBJECTIVES OF OBJECTIVES OF SOLAR CELLS WITH 20 % EFFICIENCE AND LIGHT EMPOSITIVE PROVISIONS WITH 100LM/W OF EFICIENCE, A PHYSICLE COMPRENSION OF PHENOMENES COMBINATED WITH THE DEVELOPMENT OF MATERIAL, INTERFACE AND ARCHITECTURES OF DISPOSITIVES is required. In CONCRETO, _x000D_ — DEVELOPING PREPARATION METODS FOR OTHER CELLS consistent with EFICIENCES >14 %._x000D_ — PREPARAR perovskitas SOLARES OF A MANERA._x000D_ — Determining PHISIC PROPERTYS OF SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — Improve the stability of SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — DEVELOPING SOLAR CELLS BASED IN Perovskites WITH EFICIENCES OF 20 %._x000D_ — DEVELOPING semi-transparent SOLAR CELULAS BASED IN PEROVSKITAS._x000D_ — CONSTRURE TANDEM DEVELOPMENT WITH EFICIENCES > 27 %._x000D_ _x000D_ — DEVELOPING electrochemical CELULS EMISORS OF HIGH EFICIENCE LIGHT (>25 LM/W)._x000D_ — DEVELOPMENTS EMISORS OF HIGH LIGHT WITH PEROVSKITAS._x000D_ — DESIGN MULTI-CAP OOD ORGANICS LIGHT EMISORES WITH EFICIENCES OF 100 LM/W. (English) | |||||||||||||||
| Property / summary: TO ENSURE SAFE, EFFICIENT AND CLEAN ENERGY, THE USE OF FOSSIL FUELS FROM TROUBLED AREAS OF THE WORLD NEEDS TO BE SIGNIFICANTLY REDUCED AS THEY EMIT GREENHOUSE GASES. This project will lead to a reduction in the consumption of fossil fuels leading to the development of low-cost PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITIVEs that generate renewable energy, and to take into account the development of effective illumination sources that reduce the ENERGY consummation._x000D_ the PROJECT FOR DEVELOPMENTS PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITORS AND LIGHT EMISORES BASED IN MOLECULARY MATERIALS, INorganic AND ORGANIC-inorganic HIBRIDOS. The OBJECTIVE MAINS ARE THE DEVELOPMENT OF:_x000D_ 1) ORGANIC-inorganic SOLAR CELLS OF FINA CAPASED IN Perovskitas, WITH A ENERGY EFICIENCE OF 20 %._x000D_ 2) LIGHT EMPOSITIVE PROPOSITIVES, with an EFICIENCE OF 100 LM/W._x000D_ these provisions are in the CENTRE OF Attention AND GENERGY ENERGY LIMPIA AND INCREASE THE EFICIENCE IN THE CONSUMPTION OF ENERGY, RESPECTIVELY, JUNE WITH THE SALE OF BEING PRODUCED TO VERY COSTE. THIS IS ABOVE ALL THE CASE OF PEROVSKITE-BASED SOLAR CELLS, WHICH ARE MADE UP OF VERY CHEAP STARTING MATERIALS, WHICH LEAD TO ENERGY PRODUCTION WELL BELOW THE CURRENT COST IN SPAIN. BOTH TYPES OF DEVICES CAN BE PRODUCED USING LOW-COST ROLL-TO-ROLL TECHNIQUES. These two types of provisions will be developed in this project, because for both, an efficient transport of loads is required in the end and an efficient load transfer from inorganic to inorganic materials, and therefore they have a great part comun._x000D_Our GROUP HA recurrently 15 % EFICIENCES IN FINA CAP PROVISIONS based on low-cost perovskites, and more than 60 LM/W in FINA-capable light sources._x000D_ Without Employee, to improve more than a few different types of supplies, and to reach the OBJECTIVES OF OBJECTIVES OF SOLAR CELLS WITH 20 % EFFICIENCE AND LIGHT EMPOSITIVE PROVISIONS WITH 100LM/W OF EFICIENCE, A PHYSICLE COMPRENSION OF PHENOMENES COMBINATED WITH THE DEVELOPMENT OF MATERIAL, INTERFACE AND ARCHITECTURES OF DISPOSITIVES is required. In CONCRETO, _x000D_ — DEVELOPING PREPARATION METODS FOR OTHER CELLS consistent with EFICIENCES >14 %._x000D_ — PREPARAR perovskitas SOLARES OF A MANERA._x000D_ — Determining PHISIC PROPERTYS OF SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — Improve the stability of SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — DEVELOPING SOLAR CELLS BASED IN Perovskites WITH EFICIENCES OF 20 %._x000D_ — DEVELOPING semi-transparent SOLAR CELULAS BASED IN PEROVSKITAS._x000D_ — CONSTRURE TANDEM DEVELOPMENT WITH EFICIENCES > 27 %._x000D_ _x000D_ — DEVELOPING electrochemical CELULS EMISORS OF HIGH EFICIENCE LIGHT (>25 LM/W)._x000D_ — DEVELOPMENTS EMISORS OF HIGH LIGHT WITH PEROVSKITAS._x000D_ — DESIGN MULTI-CAP OOD ORGANICS LIGHT EMISORES WITH EFICIENCES OF 100 LM/W. (English) / rank | |||||||||||||||
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| Property / summary: TO ENSURE SAFE, EFFICIENT AND CLEAN ENERGY, THE USE OF FOSSIL FUELS FROM TROUBLED AREAS OF THE WORLD NEEDS TO BE SIGNIFICANTLY REDUCED AS THEY EMIT GREENHOUSE GASES. This project will lead to a reduction in the consumption of fossil fuels leading to the development of low-cost PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITIVEs that generate renewable energy, and to take into account the development of effective illumination sources that reduce the ENERGY consummation._x000D_ the PROJECT FOR DEVELOPMENTS PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITORS AND LIGHT EMISORES BASED IN MOLECULARY MATERIALS, INorganic AND ORGANIC-inorganic HIBRIDOS. The OBJECTIVE MAINS ARE THE DEVELOPMENT OF:_x000D_ 1) ORGANIC-inorganic SOLAR CELLS OF FINA CAPASED IN Perovskitas, WITH A ENERGY EFICIENCE OF 20 %._x000D_ 2) LIGHT EMPOSITIVE PROPOSITIVES, with an EFICIENCE OF 100 LM/W._x000D_ these provisions are in the CENTRE OF Attention AND GENERGY ENERGY LIMPIA AND INCREASE THE EFICIENCE IN THE CONSUMPTION OF ENERGY, RESPECTIVELY, JUNE WITH THE SALE OF BEING PRODUCED TO VERY COSTE. THIS IS ABOVE ALL THE CASE OF PEROVSKITE-BASED SOLAR CELLS, WHICH ARE MADE UP OF VERY CHEAP STARTING MATERIALS, WHICH LEAD TO ENERGY PRODUCTION WELL BELOW THE CURRENT COST IN SPAIN. BOTH TYPES OF DEVICES CAN BE PRODUCED USING LOW-COST ROLL-TO-ROLL TECHNIQUES. These two types of provisions will be developed in this project, because for both, an efficient transport of loads is required in the end and an efficient load transfer from inorganic to inorganic materials, and therefore they have a great part comun._x000D_Our GROUP HA recurrently 15 % EFICIENCES IN FINA CAP PROVISIONS based on low-cost perovskites, and more than 60 LM/W in FINA-capable light sources._x000D_ Without Employee, to improve more than a few different types of supplies, and to reach the OBJECTIVES OF OBJECTIVES OF SOLAR CELLS WITH 20 % EFFICIENCE AND LIGHT EMPOSITIVE PROVISIONS WITH 100LM/W OF EFICIENCE, A PHYSICLE COMPRENSION OF PHENOMENES COMBINATED WITH THE DEVELOPMENT OF MATERIAL, INTERFACE AND ARCHITECTURES OF DISPOSITIVES is required. In CONCRETO, _x000D_ — DEVELOPING PREPARATION METODS FOR OTHER CELLS consistent with EFICIENCES >14 %._x000D_ — PREPARAR perovskitas SOLARES OF A MANERA._x000D_ — Determining PHISIC PROPERTYS OF SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — Improve the stability of SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — DEVELOPING SOLAR CELLS BASED IN Perovskites WITH EFICIENCES OF 20 %._x000D_ — DEVELOPING semi-transparent SOLAR CELULAS BASED IN PEROVSKITAS._x000D_ — CONSTRURE TANDEM DEVELOPMENT WITH EFICIENCES > 27 %._x000D_ _x000D_ — DEVELOPING electrochemical CELULS EMISORS OF HIGH EFICIENCE LIGHT (>25 LM/W)._x000D_ — DEVELOPMENTS EMISORS OF HIGH LIGHT WITH PEROVSKITAS._x000D_ — DESIGN MULTI-CAP OOD ORGANICS LIGHT EMISORES WITH EFICIENCES OF 100 LM/W. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 14:57, 12 October 2021
Project Q3150358 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3150358 in Spain |
Statements
60,500.0 Euro
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121,000.0 Euro
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50.0 percent
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1 January 2015
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31 December 2017
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UNIVERSIDAD DE VALENCIA
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39°30'14.11"N, 0°26'31.56"W
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46190
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PARA ASEGURAR UNA ENERGIA SEGURA, EFICIENTE Y LIMPIA, SE NECESITA REDUCIR CONSIDERABLEMENTE EL USO DE COMBUSTIBLES FOSILES, PROVENIENTES DE ZONAS CONFLICTIVAS DEL MUNDO, YA QUE ESTOS EMITEN GASES DE EFECTO INVERNADERO. ESTE PROYECTO ASPIRA A CONTRIBUIR A LA REDUCCION DEL CONSUMO DE COMBUSTIBLES FOSILES MEDIANTE EL DESARROLLO DE DISPOSITIVOS FOTOVOLTAICOS EFICIENTE DE BAJO COSTE QUE GENEREN ENERGIA RENOVABLE, Y TAMBIEN MEDIANTE EL DESARROLLO DE FUENTES DE ILUMINACION EFICIENTE QUE DISMINUYAN EL CONSUMO DE ENERGIA._x000D_ EL PROYECTO PRETENDE DESARROLLAR DISPOSITIVOS FOTOVOLTAICOS Y EMISORES DE LUZ BASADOS EN MATERIALES MOLECULARES, INORGANICOS E HIBRIDOS ORGANICOS-INORGANICOS. LOS PRINCIPALES OBJETIVOS SON EL DESARROLLO DE:_x000D_ 1) CELULAS SOLARES ORGANICAS-INORGANICAS DE CAPA FINA BASADAS EN PEROVSKITAS, CON UNA EFICIENCIA ENERGETICA DE 20 %._x000D_ 2) DISPOSITIVOS DE CAPA FINA EMISORES DE LUZ, CON UNA EFICIENCIA DE 100 LM/W._x000D_ ESTOS DISPOSITIVOS ESTAN EN EL CENTRO DE ATENCION YA QUE GENERAN ENERGIA LIMPIA Y AUMENTAN LA EFICIENCIA EN EL CONSUMO DE ENERGIA, RESPECTIVAMENTE, JUNTO CON LA VENTAJA DE SER PRODUCIDAS A MUY BAJO COSTE. ESTE ES SOBRE TODO EL CASO DE LAS CELULAS SOLARES BASADAS EN PEROVSKITAS, LAS CUALES ESTAN COMPUESTAS POR MATERIALES DE PARTIDA MUY BARATOS, QUE CONDUCEN A UNA PRODUCCION DE ENERGIA MUY POR DEBAJO DEL COSTE ACTUAL EN ESPAÑA. AMBOS TIPOS DE DISPOSITIVOS PUEDEN PRODUCIRSE USANDO TECNICAS ¿ROLL-TO-ROLL¿ DE BAJO COSTE. ESTOS DOS TIPOS DE DISPOSITIVOS SE DESARROLLARAN EN ESTE PROYECTO, PORQUE PARA AMBOS SE REQUIERE UN TRANSPORTE DE CARGAS EFICIENTE EN CAPA FINA Y UNA TRANSFERENCIA DE CARGA EFICIENTE DESDE MATERIALES ORGANICOS A INORGANICOS, Y POR LO TANTO TIENEN UNA GRAN PARTE COMUN._x000D_ NUESTRO GRUPO HA PRESENTADO RECIENTEMENTE EFICIENCIAS DEL 15% EN DISPOSITIVOS DE CAPA FINA BASADOS EN PEROVSKITAS DE BAJO COSTE, Y TAMBIEN MAS DE 60 LM/W EN FUENTES DE LUZ DE CAPA FINA._x000D_ SIN EMBARGO, PARA MEJORAR AUN MAS AMBOS TIPOS DE DISPOSITIVOS, Y ALCANZAR LOS OBJETIVOS MARCADOS DE OBTENER CELULAS SOLARES CON UN 20% DE EFICIENCIA Y DISPOSITIVOS EMISORES DE LUZ CON 100LM/W DE EFICIENCIA, SE REQUIERE UN AUMENTO DE LA COMPRENSION FISICA DE LOS FENOMENOS COMBINADO CON EL DESARROLLO DE MEJORES MATERIALES, INTERFACES Y ARQUITECTURAS DE DISPOSITIVOS. EN CONCRETO, _x000D_ - DESARROLLAR METODOS DE PREPARACION PARA OBTENER CELULAS CONSISTENTES CON EFICIENCIAS >14%._x000D_ - PREPARAR PEROVSKITAS SOLARES DE UNA MANERA ¿VERDE¿._x000D_ - DETERMINAR PROPIEDADES FISICAS DE CELULAS SOLARES BASADAS EN PEROVSKITAS._x000D_ - MEJORAR LA ESTABILIDAD DE LAS CELULAS SOLARES BASADAS EN PEROVSKITAS._x000D_ - DESARROLLAR CELULAS SOLARES BASADAS EN PEROVSKITAS CON EFICIENCIAS DEL 20%._x000D_ - DESARROLLAR CELULAS SOLARES SEMITRANSPARENTES BASADAS EN PEROVSKITAS._x000D_ - CONSTRUIR DISPOSITIVOS TANDEM CON EFICIENCIAS > 27%._x000D_ _x000D_ - DESARROLLAR CELULAS ELECTROQUIMICAS EMISORAS DE LUZ DE ALTA EFICIENCIA (>25 LM/W)._x000D_ - DESARROLLAR CAPAS EMISORAS DE LUZ HIBRIDAS CON PEROVSKITAS._x000D_ - DISEÑAR DIODOS ORGANICOS MULTI-CAPA EMISORES DE LUZ CON EFICIENCIAS DE 100 LM/W. (Spanish)
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TO ENSURE SAFE, EFFICIENT AND CLEAN ENERGY, THE USE OF FOSSIL FUELS FROM TROUBLED AREAS OF THE WORLD NEEDS TO BE SIGNIFICANTLY REDUCED AS THEY EMIT GREENHOUSE GASES. This project will lead to a reduction in the consumption of fossil fuels leading to the development of low-cost PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITIVEs that generate renewable energy, and to take into account the development of effective illumination sources that reduce the ENERGY consummation._x000D_ the PROJECT FOR DEVELOPMENTS PHOTOVOLTAIC PHOTOVOLTAIC DISPOSITORS AND LIGHT EMISORES BASED IN MOLECULARY MATERIALS, INorganic AND ORGANIC-inorganic HIBRIDOS. The OBJECTIVE MAINS ARE THE DEVELOPMENT OF:_x000D_ 1) ORGANIC-inorganic SOLAR CELLS OF FINA CAPASED IN Perovskitas, WITH A ENERGY EFICIENCE OF 20 %._x000D_ 2) LIGHT EMPOSITIVE PROPOSITIVES, with an EFICIENCE OF 100 LM/W._x000D_ these provisions are in the CENTRE OF Attention AND GENERGY ENERGY LIMPIA AND INCREASE THE EFICIENCE IN THE CONSUMPTION OF ENERGY, RESPECTIVELY, JUNE WITH THE SALE OF BEING PRODUCED TO VERY COSTE. THIS IS ABOVE ALL THE CASE OF PEROVSKITE-BASED SOLAR CELLS, WHICH ARE MADE UP OF VERY CHEAP STARTING MATERIALS, WHICH LEAD TO ENERGY PRODUCTION WELL BELOW THE CURRENT COST IN SPAIN. BOTH TYPES OF DEVICES CAN BE PRODUCED USING LOW-COST ROLL-TO-ROLL TECHNIQUES. These two types of provisions will be developed in this project, because for both, an efficient transport of loads is required in the end and an efficient load transfer from inorganic to inorganic materials, and therefore they have a great part comun._x000D_Our GROUP HA recurrently 15 % EFICIENCES IN FINA CAP PROVISIONS based on low-cost perovskites, and more than 60 LM/W in FINA-capable light sources._x000D_ Without Employee, to improve more than a few different types of supplies, and to reach the OBJECTIVES OF OBJECTIVES OF SOLAR CELLS WITH 20 % EFFICIENCE AND LIGHT EMPOSITIVE PROVISIONS WITH 100LM/W OF EFICIENCE, A PHYSICLE COMPRENSION OF PHENOMENES COMBINATED WITH THE DEVELOPMENT OF MATERIAL, INTERFACE AND ARCHITECTURES OF DISPOSITIVES is required. In CONCRETO, _x000D_ — DEVELOPING PREPARATION METODS FOR OTHER CELLS consistent with EFICIENCES >14 %._x000D_ — PREPARAR perovskitas SOLARES OF A MANERA._x000D_ — Determining PHISIC PROPERTYS OF SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — Improve the stability of SOLARES BASED CELLS IN PEROVSKITAS._x000D_ — DEVELOPING SOLAR CELLS BASED IN Perovskites WITH EFICIENCES OF 20 %._x000D_ — DEVELOPING semi-transparent SOLAR CELULAS BASED IN PEROVSKITAS._x000D_ — CONSTRURE TANDEM DEVELOPMENT WITH EFICIENCES > 27 %._x000D_ _x000D_ — DEVELOPING electrochemical CELULS EMISORS OF HIGH EFICIENCE LIGHT (>25 LM/W)._x000D_ — DEVELOPMENTS EMISORS OF HIGH LIGHT WITH PEROVSKITAS._x000D_ — DESIGN MULTI-CAP OOD ORGANICS LIGHT EMISORES WITH EFICIENCES OF 100 LM/W. (English)
12 October 2021
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Paterna
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Identifiers
MAT2014-55200-R
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