RELIABLE CLEAN ENERGY PRODUCTION BY COLLECTING SUNLIGHT USING A FIBER NETWORK (Q3166073): Difference between revisions
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(Changed label, description and/or aliases in en: translated_label) |
(Removed claim: summary (P836): AN ENERGETIC PRODUCTION BASED ON THE COMBINATION OF ENERGY, BOTH RENEWABLE AND TRADITIONAL WITH LOW CARBON FOOTPRINT, COULD BECOME THE MOST EFFECTIVE ALTERNATIVE TO REDUCE THE EMISSION OF GREENHOUSE GASES IN THE SHORT TO MEDIUM TERM. IN FACT, TRYING TO COMPLETELY REPLACE THE CURRENT ENERGY PRODUCTION SYSTEM IS ECONOMICALLY UNFEASIBLE. IN ARFISEN A ROUTE IS PROPOSED TO COMBINE THE GENERATION OF ELECTRICITY FROM A RENEWABLE SOURCE WITH THE PRODU...) |
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| Property / summary: AN ENERGETIC PRODUCTION BASED ON THE COMBINATION OF ENERGY, BOTH RENEWABLE AND TRADITIONAL WITH LOW CARBON FOOTPRINT, COULD BECOME THE MOST EFFECTIVE ALTERNATIVE TO REDUCE THE EMISSION OF GREENHOUSE GASES IN THE SHORT TO MEDIUM TERM. IN FACT, TRYING TO COMPLETELY REPLACE THE CURRENT ENERGY PRODUCTION SYSTEM IS ECONOMICALLY UNFEASIBLE. IN ARFISEN A ROUTE IS PROPOSED TO COMBINE THE GENERATION OF ELECTRICITY FROM A RENEWABLE SOURCE WITH THE PRODUCTION OF HYDROGEN, WHICH HAS THE POTENTIAL TO BE INCORPORATED INTO THE EXISTING NATURAL GAS DISTRIBUTION NETWORK. In addition, the CHARACTERISTICS OF PHOTOVOLTAICE TECHNOLOGYS PROPOSED TO INSURANCE PERMITIVE THE INTEGRATION OF SOLAR PANELS IN THE FACHED OF EDIFICIES, WHICH THIS TECHNOLOGY IN A VERY EFFECTIVE OPTION FOR ENERGY PRODUCTION INTEGRATED WITH THE CONSUMPTION IN AREAS URBANAS as well as with the ENERGY TRANSPORT NETWORK._x000D_ _x000D_ IN ARFISEN PRODUCT THE DEVELOPMENT OF FOTOVOLTAICH TECHNOLOGIES BASED IN ABUNDING MATERIALS IN THE EARTH, (Organic ELECTRONIC MATERIALS, KESTERITAS AND Perovskitas) that will form the active cap of the SOLAR CELDA, and that once they will be implemented on a MATRIZ of glassware. THESE MATRICES WILL BE DESIGNED TO OPTIMISE THE CAPTURE OF SUNLIGHT TAKING INTO ACCOUNT ALL ANGLES OF INCIDENCE, BUT ESPECIALLY WHEN THE PHOTOVOLTAIC PANEL IS PLACED IN VERTICAL POSITION. AT THE SAME TIME, THE DEVELOPMENT OF TANDEM OR TRIPLE-UNION CELLS WILL BE CONSIDERED TO ACHIEVE SUFFICIENTLY HIGH OPERATING VOLTAGES FOR THE PRODUCTION OF HYDROGEN. In the final part of the draft, the INTEGRATION OF MATERIALS IN THE MORE PROCEDURE CONFIGURATION FOR THE ELECTRICITY GENERATION AND HYDROGEN TO PART OF CELDS IN VERTICAL ORIENTATION._x000D_ _x000D_ TO LOVE THE PRINCIPAL OBJECTIVE OF THE PROJECT, six SPECIFIC OBJECTIVES that will be achieved continue to be achieved by a separate working plan in respect of WPS. THE WORK PLAN WILL BE COORDINATED BY THE ARFISEN LEAD INVESTIGATOR AND EACH WP WILL BE LED BY ONE OF THE REMAINING FOUR MEMBERS OF THE RESEARCH TEAM. IN THE WP1, LED BY DR. JOHANN OSMOND, IT IS CONSIDERED THE NUCLEUS OF PROJECT ACTIVITIES NECESSARY TO DESIGN AND MANUFACTURE THE FIBRE MATRIX SUBSTRATE. IN THE WP2, LED BY DR. SILVIA COLODRERO AND WP3, LED BY DR. MIGUEL MONTES, WILL ESTABLISH THE APPROPRIATE PROCEDURE FOR THE MANUFACTURE OF SOLAR CELLS BASED ON PEROVSKITES AND KESTERITAS, RESPECTIVELY. ALTHOUGH IN WP2 AND WP3 THE MANUFACTURE WAS MADE ON FLAT SUBSTRATES, PROCEDURES COMPATIBLE WITH THE MANUFACTURE OF CELLS ON FIBRE MATRIX SUBSTRATES WERE DEVELOPED. FINALLY, THE WP4 LED BY DR. PABLO ROMERO GOMEZ WILL CARRY OUT AN EFFICIENT PRODUCTION OF HYDROGEN USING TANDEM OR UNION TRIPLE CELLS MANUFACTURED DURING THE PROJECT. (English) / rank | |||||||||||||||
| Property / summary: AN ENERGETIC PRODUCTION BASED ON THE COMBINATION OF ENERGY, BOTH RENEWABLE AND TRADITIONAL WITH LOW CARBON FOOTPRINT, COULD BECOME THE MOST EFFECTIVE ALTERNATIVE TO REDUCE THE EMISSION OF GREENHOUSE GASES IN THE SHORT TO MEDIUM TERM. IN FACT, TRYING TO COMPLETELY REPLACE THE CURRENT ENERGY PRODUCTION SYSTEM IS ECONOMICALLY UNFEASIBLE. IN ARFISEN A ROUTE IS PROPOSED TO COMBINE THE GENERATION OF ELECTRICITY FROM A RENEWABLE SOURCE WITH THE PRODUCTION OF HYDROGEN, WHICH HAS THE POTENTIAL TO BE INCORPORATED INTO THE EXISTING NATURAL GAS DISTRIBUTION NETWORK. In addition, the CHARACTERISTICS OF PHOTOVOLTAICE TECHNOLOGYS PROPOSED TO INSURANCE PERMITIVE THE INTEGRATION OF SOLAR PANELS IN THE FACHED OF EDIFICIES, WHICH THIS TECHNOLOGY IN A VERY EFFECTIVE OPTION FOR ENERGY PRODUCTION INTEGRATED WITH THE CONSUMPTION IN AREAS URBANAS as well as with the ENERGY TRANSPORT NETWORK._x000D_ _x000D_ IN ARFISEN PRODUCT THE DEVELOPMENT OF FOTOVOLTAICH TECHNOLOGIES BASED IN ABUNDING MATERIALS IN THE EARTH, (Organic ELECTRONIC MATERIALS, KESTERITAS AND Perovskitas) that will form the active cap of the SOLAR CELDA, and that once they will be implemented on a MATRIZ of glassware. THESE MATRICES WILL BE DESIGNED TO OPTIMISE THE CAPTURE OF SUNLIGHT TAKING INTO ACCOUNT ALL ANGLES OF INCIDENCE, BUT ESPECIALLY WHEN THE PHOTOVOLTAIC PANEL IS PLACED IN VERTICAL POSITION. AT THE SAME TIME, THE DEVELOPMENT OF TANDEM OR TRIPLE-UNION CELLS WILL BE CONSIDERED TO ACHIEVE SUFFICIENTLY HIGH OPERATING VOLTAGES FOR THE PRODUCTION OF HYDROGEN. In the final part of the draft, the INTEGRATION OF MATERIALS IN THE MORE PROCEDURE CONFIGURATION FOR THE ELECTRICITY GENERATION AND HYDROGEN TO PART OF CELDS IN VERTICAL ORIENTATION._x000D_ _x000D_ TO LOVE THE PRINCIPAL OBJECTIVE OF THE PROJECT, six SPECIFIC OBJECTIVES that will be achieved continue to be achieved by a separate working plan in respect of WPS. THE WORK PLAN WILL BE COORDINATED BY THE ARFISEN LEAD INVESTIGATOR AND EACH WP WILL BE LED BY ONE OF THE REMAINING FOUR MEMBERS OF THE RESEARCH TEAM. IN THE WP1, LED BY DR. JOHANN OSMOND, IT IS CONSIDERED THE NUCLEUS OF PROJECT ACTIVITIES NECESSARY TO DESIGN AND MANUFACTURE THE FIBRE MATRIX SUBSTRATE. IN THE WP2, LED BY DR. SILVIA COLODRERO AND WP3, LED BY DR. MIGUEL MONTES, WILL ESTABLISH THE APPROPRIATE PROCEDURE FOR THE MANUFACTURE OF SOLAR CELLS BASED ON PEROVSKITES AND KESTERITAS, RESPECTIVELY. ALTHOUGH IN WP2 AND WP3 THE MANUFACTURE WAS MADE ON FLAT SUBSTRATES, PROCEDURES COMPATIBLE WITH THE MANUFACTURE OF CELLS ON FIBRE MATRIX SUBSTRATES WERE DEVELOPED. FINALLY, THE WP4 LED BY DR. PABLO ROMERO GOMEZ WILL CARRY OUT AN EFFICIENT PRODUCTION OF HYDROGEN USING TANDEM OR UNION TRIPLE CELLS MANUFACTURED DURING THE PROJECT. (English) / qualifier | |||||||||||||||
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Revision as of 17:25, 12 October 2021
Project Q3166073 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | RELIABLE CLEAN ENERGY PRODUCTION BY COLLECTING SUNLIGHT USING A FIBER NETWORK |
Project Q3166073 in Spain |
Statements
102,850.0 Euro
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205,700.0 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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INSTITUTO DE CIENCIAS FOTONICAS
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41°17'9.96"N, 1°58'56.71"E
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08056
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UNA PRODUCCION ENERGETICA BASADA EN LA COMBINACION DE ENERGIAS, TANTO RENOVABLES COMO TRADICIONALES CON BAJA HUELLA DE CARBONO, PODRIA LLEGAR A SER LA ALTERNATIVA MAS EFECTIVA PARA REDUCIR LA EMISION DE GASES DE EFECTO INVERNADERO EN UN FUTURO A CORTO O MEDIO PLAZO. DE HECHO, INTENTAR REEMPLAZAR COMPLETAMENTE EL SISTEMA DE PRODUCCION ENERGETICO ACTUAL ES INVIABLE DESDE UN PUNTO DE VISTA ECONOMICO. EN ARFISEN SE PROPONE UNA RUTA PARA COMBINAR LA GENERACION DE ELECTRICIDAD A PARTIR DE UNA FUENTE RENOVABLE CON LA PRODUCCION DE HIDROGENO, QUE TIENE EL POTENCIAL DE SER INCORPORADO EN LA RED DE DISTRIBUCION DE GAS NATURAL EXISTENTE. ADEMAS, LAS CARACTERISTICAS DE LAS TECNOLOGIAS FOTOVOLTAICAS QUE PROPONEMOS INVESTIGAR PERMITIRAN LA INTEGRACION DE PANELES SOLARES EN LAS FACHADAS DE LOS EDIFICIOS, LO QUE CONVIERTE A ESTA TECNOLOGIA EN UNA OPCION MUY EFECTIVA PARA LA PRODUCCION DE ENERGIA BIEN INTEGRADA CON EL CONSUMO EN AREAS URBANAS ASI COMO CON LA RED DE TRANSPORTE DE ENERGIA._x000D_ _x000D_ EN ARFISEN SE PROPONE ESTUDIAR EL DESARROLLO DE TECNOLOGIAS FOTOVOLTAICAS BASADAS EN MATERIALES ABUNDANTES EN LA TIERRA, (MATERIALES ELECTRONICOS ORGANICOS, KESTERITAS Y PEROVSKITAS) QUE FORMARAN LA CAPA ACTIVA DE LA CELDA SOLAR, Y QUE A SU VEZ SE IMPLEMENTARAN SOBRE UNA MATRIZ DE FIBRAS DE VIDRIO. DICHAS MATRICES SE DISEÑARAN OPTIMIZANDO LA CAPTACION DE LUZ DEL SOL TENIENDO EN CUENTA TODOS LOS ANGULOS DE INCIDENCIA, PERO ESPECIALMENTE CUANDO EL PANEL FOTOVOLTAICO SE COLOQUE EN POSICION VERTICAL. SIMULTANEAMENTE, SE CONSIDERARA EL DESARROLLO DE CELDAS TIPO TANDEM O DE TRIPLE UNION PARA LOGRAR VOLTAJES DE OPERACION SUFICIENTEMENTE ALTOS PARA LA PRODUCCION DE HIDROGENO. EN LA PARTE FINAL DEL PROYECTO SE EXAMINARA LA INTEGRACION DE LOS MATERIALES MAS PROMETEDORES EN LA CONFIGURACION MAS ADECUADA PARA LA GENERACION DE ELECTRICIDAD E HIDROGENO A PARTIR DE CELDAS EN ORIENTACION VERTICAL._x000D_ _x000D_ PARA LOGRAR EL OBJETIVO PRINCIPAL DEL PROYECTO, EN ARFISEN SE DEFINEN SEIS OBJETIVOS ESPECIFICOS QUE SE ALCANZARAN SIGUENDO UN PLAN DE TRABAJO DIVIDIDO EN CUATRO PAQUETES DE TRABAJO (WPS). EL PLAN DE TRABAJO SERA COORDINADO POR EL INVESTIGADOR PRINCIPAL DE ARFISEN Y CADA WP SERA LIDERADO POR UNO DE LOS CUATRO MIEMBROS RESTANTES DEL EQUIPO DE INVESTIGACION. EN EL WP1, DIRIGIDO POR EL DR. JOHANN OSMOND, SE CONSIDERA EL NUCLEO DE ACTIVIDADES DEL PROYECTO NECESARIAS PARA DISEÑAR Y FABRICAR EL SUSTRATO DE MATRIZ DE FIBRAS. EN EL WP2, LIDERADO POR LA DRA. SILVIA COLODRERO Y EL WP3, LIDERADO POR EL DR. MIGUEL MONTES, SE ESTABLECERA EL PROCEDIMIENTO APROPIADO PARA LA FABRICACION DE CELDAS SOLARES BASADAS EN PEROVSKITAS Y KESTERITAS, RESPECTIVAMENTE. AUNQUE EN EL WP2 Y EL WP3 LA FABRICACION SE REALIZARA EN SUSTRATOS PLANOS, SE DESARROLLARAN PROCEDIMIENTOS COMPATIBLES CON LA FABRICACION DE CELDAS SOBRE SUSTRATOS DE MATRIZ DE FIBRAS. POR ULTIMO, EN EL WP4 DIRIGIDO POR EL DR. PABLO ROMERO GOMEZ SE LLEVARA A CABO UNA EFICIENTE PRODUCCION DE HIDROGENO EMPLEANDO CELDAS TANDEM O DE UNION TRIPLE FABRICADAS DURANTE EL PROYECTO. (Spanish)
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Castelldefels
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Identifiers
MAT2014-52985-R
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