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Webinar. RELATED: Red de calor a baja temperatura con bomba de calor

Authors: Casado, Jesús Mª; Ortega, Sofía; Garay, Roberto;

Webinar. RELATED: Red de calor a baja temperatura con bomba de calor

Abstract

El Ente Vasco de la Energía organiza el webinar “RELaTED: Red de calor a baja temperatura con bomba de calor”. El evento, celebrado el pasado 24 de junio, ha contado con la participación de varios socios del proyecto de finaciación europea RELaTED, como el Departamento de Seguridad del Gobierno Vasco, Tecnalia, Innometal o El Taller de Comunicación. Durante el encuentro se ha dado a conocer RELaTED, un proyecto de investigación financiado por la Unión Europea, que propone un sistema de calefacción urbana más eficiente, capaz de distribuir calor a baja temperatura y reaprovechar sus excedentes. Roberto Garay, su coordinador, ha sido el encargado de explicar a los asistentes los aspectos más destacados de las redes de calor a baja temperatura desarrolladas durante más de cuatro años en el marco de RELaTED. Antonio G. Marijuan, de Tecnalia, ha centrado su exposición en las tecnologías para la transición a redes de de calor de baja temperatura, mientras que Jesús María Casado, del Ente Vasco de la Energía, ha destacado el potencial de los district heating a baja temperatura en Euskadi. Para concluir, Josu Martínez Villabeitia, del departamento de Seguridad del Gobierno Vasco, ha mostrado los resultados obtenidos en la Base de Iurreta de la Ertzaintza, uno de los lugares elegidos por el proyecto para testear el concepto de district heating de ultra baja temperatura desarrollado por RELaTED. Las ponencias se han completado con la proyección de una serie de vídeo píldoras explicativas donde se muestran de forma gráfica los fundamentos de la reducción de la temperatura, la bomba de calor o los avances realizados durante el proyecto.

Keywords

Bombas de calor, Baja Temperatura, ULTDH, district heating

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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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