Q3173742 (Q3173742): Difference between revisions
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(Created claim: summary (P836): One of the most promising renewables is solar energy. At present, technological developments in this type of energy, based on the use of conventional silicon cells, are not only limited in their cost, but also with technical limitations. As this type of cell captures only a limited area of the electromagnetic spectrum, thus wasting a significant fraction of the incident solar radiation._x000D_ The overall objective of the project is to develop t...) |
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One of the most promising renewables is solar energy. At present, technological developments in this type of energy, based on the use of conventional silicon cells, are not only limited in their cost, but also with technical limitations. As this type of cell captures only a limited area of the electromagnetic spectrum, thus wasting a significant fraction of the incident solar radiation._x000D_ The overall objective of the project is to develop the technology needed to manufacture an Energy-Efficient Electro-active Solar Roof (TSPEEE) for use in electric vehicles. The TSPEEE device to be developed will have the property to generate electricity, regulate transparency and serve as an infrared barrier so that you can reduce the energy consumption of the vehicle, increase its efficiency and extend its autonomy._x000D_ This technology is not currently developed by any company in the automotive sector, and although there are several international consortia working with rival technologies to develop a solar roof with the ability to change the degree of transparency, this development goes beyond the generation of electricity which would mean a very important competitive advantage. (English) | |||||||||||||||
| Property / summary: One of the most promising renewables is solar energy. At present, technological developments in this type of energy, based on the use of conventional silicon cells, are not only limited in their cost, but also with technical limitations. As this type of cell captures only a limited area of the electromagnetic spectrum, thus wasting a significant fraction of the incident solar radiation._x000D_ The overall objective of the project is to develop the technology needed to manufacture an Energy-Efficient Electro-active Solar Roof (TSPEEE) for use in electric vehicles. The TSPEEE device to be developed will have the property to generate electricity, regulate transparency and serve as an infrared barrier so that you can reduce the energy consumption of the vehicle, increase its efficiency and extend its autonomy._x000D_ This technology is not currently developed by any company in the automotive sector, and although there are several international consortia working with rival technologies to develop a solar roof with the ability to change the degree of transparency, this development goes beyond the generation of electricity which would mean a very important competitive advantage. (English) / rank | |||||||||||||||
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| Property / summary: One of the most promising renewables is solar energy. At present, technological developments in this type of energy, based on the use of conventional silicon cells, are not only limited in their cost, but also with technical limitations. As this type of cell captures only a limited area of the electromagnetic spectrum, thus wasting a significant fraction of the incident solar radiation._x000D_ The overall objective of the project is to develop the technology needed to manufacture an Energy-Efficient Electro-active Solar Roof (TSPEEE) for use in electric vehicles. The TSPEEE device to be developed will have the property to generate electricity, regulate transparency and serve as an infrared barrier so that you can reduce the energy consumption of the vehicle, increase its efficiency and extend its autonomy._x000D_ This technology is not currently developed by any company in the automotive sector, and although there are several international consortia working with rival technologies to develop a solar roof with the ability to change the degree of transparency, this development goes beyond the generation of electricity which would mean a very important competitive advantage. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 20:28, 12 October 2021
Project Q3173742 in Spain
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3173742 in Spain |
Statements
358,941.0 Euro
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717,882.0 Euro
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50.0 percent
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25 July 2018
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25 July 2021
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INTERCOMET, S.L.
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40°30'17.46"N, 3°31'54.34"W
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28104
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Una de las energías renovables más prometedoras es la energía solar. Actualmente los desarrollos tecnológicos de este tipo de energía, basados en el uso de celdas convencionales de silicio se encuentran, no solo con la limitación del coste de las mismas, sino también con limitaciones técnicas. Pues este tipo de celdas sólo capturan una zona limitada del espectro electromagnético, desaprovechando así una fracción significativa de la radiación solar incidente._x000D_ El proyecto tiene por objetivo general desarrollar la tecnología necesaria para fabricar un Techo Solar Panorámico Electro-activo Energéticamente Eficiente (TSPEEE) para ser usado en vehículos eléctricos. El dispositivo TSPEEE a desarrollar tendrá la propiedad de generar electricidad, regular la transparencia y servir de barrera infrarroja con lo que se puede reducir el consumo energético del vehículo, aumentar su eficiencia y ampliar su autonomía._x000D_ Esta tecnología no se encuentra desarrollada en la actualidad por parte de ninguna empresa del sector de la automoción, y aunque existen varios consorcios internacionales trabajando con tecnologías rivales para desarrollar un techo solar con capacidad de cambiar el grado de transparencia, este desarrollo va un grado más allá con la generación de electricidad lo que significaría una ventaja competitiva muy importante. (Spanish)
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One of the most promising renewables is solar energy. At present, technological developments in this type of energy, based on the use of conventional silicon cells, are not only limited in their cost, but also with technical limitations. As this type of cell captures only a limited area of the electromagnetic spectrum, thus wasting a significant fraction of the incident solar radiation._x000D_ The overall objective of the project is to develop the technology needed to manufacture an Energy-Efficient Electro-active Solar Roof (TSPEEE) for use in electric vehicles. The TSPEEE device to be developed will have the property to generate electricity, regulate transparency and serve as an infrared barrier so that you can reduce the energy consumption of the vehicle, increase its efficiency and extend its autonomy._x000D_ This technology is not currently developed by any company in the automotive sector, and although there are several international consortia working with rival technologies to develop a solar roof with the ability to change the degree of transparency, this development goes beyond the generation of electricity which would mean a very important competitive advantage. (English)
12 October 2021
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Paracuellos de Jarama
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Identifiers
IDI-20190040
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