Proyecto de redes de distribución de Calefacción y Refrigeración. District Heating and Cooling. Aplicación con Biomasa en el Campus de la Universidad de Jaén
Fecha
2020-11-16
Autores
Título de la revista
ISSN de la revista
Título del volumen
Editor
Jaén: Universidad de Jaén
Resumen
Este Trabajo Fin de Grado se trata de la implementación de un sistema de climatización más eficiente para parte del Campus “Las Lagunillas” de la Universidad de Jaén, basado en Redes de distribución de calor y frío (DH&C).
Para cumplir este objetivo se obtendrán las cargas térmicas de los edificios a estudiar y, en base a estas, se planteará una solución capaz de proporcionar la energía necesaria para obtener las condiciones climáticas de bienestar según RITE. También se planteará, en la medida de lo posible, que estas soluciones sean a partir de fuentes de energía renovable y, así, disminuir el impacto ambiental que pueden suponer estos edificios en materia energética.
This End of Degree Project is about the implementation of a more efficient air conditioning system for part of the "Las Lagunillas" Campus, of the University of Jaén, based on heat and cold distribution networks or District Heating And Cooling. To meet this objective, the thermal loads of the buildings to be studied will be obtained and, based in these, a solution capable of providing the necessary energy to obtain the climatic conditions of comfort, according to RITE, will be proposed. It will also be considered, as far as possible, that these solutions are based on renewable energy sources and, thus, reduce the environmental impact that these building may have in terms of energy.
This End of Degree Project is about the implementation of a more efficient air conditioning system for part of the "Las Lagunillas" Campus, of the University of Jaén, based on heat and cold distribution networks or District Heating And Cooling. To meet this objective, the thermal loads of the buildings to be studied will be obtained and, based in these, a solution capable of providing the necessary energy to obtain the climatic conditions of comfort, according to RITE, will be proposed. It will also be considered, as far as possible, that these solutions are based on renewable energy sources and, thus, reduce the environmental impact that these building may have in terms of energy.
Descripción
Palabras clave
Instalaciones térmicas de fluidos