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Campus Energia


Energía Térmica y Edificación

Group Leader de Energía Térmica y Edificación

Dr. Jaume Salom
Jardins de les Dones de Negre 1, 2ª pl.
Sant Adrià de Besòs 08930
+34 933 562 615
+34 933 563 802

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Biography

Dr. Jaume Salom joined the Catalonia Institute for Energy Research (IREC – www.irec.cat) in January 2010, where he currently leads the research group in Thermal Energy and Building Performance. Previously, in 1999, he has co-founded AIGUASOL, a cooperative firm, which has became an international reference in the fields of thermal energy efficiency, renewable energies, building physics and software development. Since 2006 until the end of 2009, Dr. Jaume Salom has been the General Manager of AIGUASOL and he has leaded several departments in the company over the last decade: the Building Physics group (1999-2005), the Software group (1999-2008) and Financial & Economical Department (since 2003). He holds a doctorate degree in Thermal Engineering from the Polytechnical University of Catalonia and he has research and professional experience in the fields of heat and mass transfer, fluid mechanics, numerical and dynamic simulation, energy efficiency, building physics, thermal comfort, software development and daylighting. Additionally, he is founder and minor partner of a new company which is devoted to develop a solar thermal concentrating collector with stationary reflector.
He collaborates in several national and international research and consultancy projects. He has leaded the promotion and consolidation of the use of advanced simulation tools in Spain and Portugal like TRNSYS (more than 100 users), EES or Meteonorm. He is one of the main developers of the TRANSOL tool (more than 400 users over the world) for the simulation and design of solar thermal systems. He teaches in master and postgraduate courses and also has interest on project management, leading & organizational aspects of work groups and business intelligence. Dr. Jaume Salom was born in 1969 in Mallorca.
Selected Publications
J. Salom Tormo, "Avaluació Numèrica del Comportament Tèrmic de Fluxos en Conductes a Diferents Nivells de Simulació ", Projecte de Fi de Carrera, ETSEIT, UPC, 1992.

J. Salom, A. Oliva, M. Costa, C.D. Pérez-Segarra. "Resolución numérica de flujos laminares con estructura tridimensional axialsimétrica. Análisis de diferentes situaciones.". Revista Internacional de Métodos Numéricos para Cálculo y Diseño en Ingenieria, Vol. 10, 4, pp. 253-276, 1994

H. Schweiger, A. Oliva, J. Salom, M. Soria. "SIMPATICA - an Algorithm for the Simulation of Flat Plate Solar Collectors with a Honeycomb-Type Cover", Seventh International Meeting on Transparent Insulation Technology, Setembre de 1.994, Delft (Holanda).
J. Salom, J. Cadafalch, A. Oliva, M. Costa. "A Subdomain Method in Three-Dimensional Natural and Mixed Convection in Internal Flows", Computation of Three-Dimensional Complex Flows, Notes on Numerical Fluid Mechanics, Vol. 53, pp. 289-295, 1995
J. Salom, O. Ortega, J.J. Felipe, "A Mathematical Model for Solar Indirect Dryers", EuroSun'96, Freiburg, September 1996.
J. Cadafalch, J. Salom, M. Costa, A. Oliva. "Domain Decomposition as a Method for the Parallel Computing of Laminar Incompressible Flows", Computational Fluid Dynamics '96, Proceedings of the Third ECCOMAS Computational Fuid Dynamics Conference, pp. 845-851, Paris, 1996.
J. Salom, O. Ortega, J.J. Felipe, “Modelo Matemático para Secadores Solares Indirectos”, presentado en VIII Congreso Ibérico de Energía Solar, Porto, 1997.
J. Salom, H. Schweiger, “Design and Optimization of Solar Drying Plant for Banana”, EuroSun’98 Conference, Slovenia, September, 1998.
J. Salom, J. Pérez, A. Oliva. “Uso de Técnicas Experimentales PIV para el análisis de Fenómenos de Convección Natural”, XIII Congreso Nacional de Ingeniería Mecánica, Terrassa, December, 1998.
J. Salom, H. Schweiger, X. Cipriano, C. León, P. Cortés, J. Lao, Y. González, J. Canyadell. “Planta Solar de Secado de Banana”. IX Congreso Ibérico de Energía Solar, Córdoba, March 2000.
H. Schweiger, J. Salom. “Optimización de Sistemas de Energía Solar para ACS y Calefacción en Hotel de Agroturismo con TRNSYS”. IX Congreso Ibérico de Energía Solar, Córdoba, March 2000.
D. Bradley, W. Keilholz, J. Salom, H. Schweiger.” Trnsys 15: La Simulación Dinámica al Servicio de las Energías Renovables”, IX Congreso Ibérico de Energía Solar, Córdoba, March 2000.
J. Salom, J. Pascual, A. Ivancic, J. Lao. “Study of the Residential Building Sector in the Plan for Energy Improvement of Barcelona”. Proc. EuroSun2002-Congress. ISES-Europe. Bologna (Italia), June 2002.
J. Salom, J. Pascual, A. Ivancic, J. Lao. “Estudio del Sector de Edificación Residencial en el Plan Energético Integral de Barcelona”. XI Congreso Ibérico y VI Congreso Iberoamericano de Energía Solar. Vilamoura (Portugal), Octubre 2002.
J.Salom, H.Schweiger, D.Gonzalez, I.Gurruchaga, J.Grau. “TranSOL – Herramienta de cálculo energético para sistemas solares térmicos basada en simulaciones dinámicas de modelos reales simplificados”, XII Congreso Ibérico de Energía Solar. Vigo, September 2004.
J. Salom, J. Pascual, G. Houzeaux. “Analysis and optimization of the thermal comfort of a non airconditioned 16 000 m2 tent, with transient and CFD simulations”, Proceedings oh the Ninth International IBPSA Conference, pp. 1075-1082, Montreal, Canadà, 2005
J. Salom, I. Gurruchaga, A. Carrera, W. Keilholz, P. Sette, “TRANSOL 2.0 – Herramienta de Cálculo Energético para Sistemas Solares Térmicos basada en Simulaciones Dinámicas con Trnsys”, XIII Congreso Ibérico e VIII Iberoamericano de Energia Solar, Lisboa, November 2006.
J. Salom, I. Gurruchaga, A. Carrera, W. Keilholz, P. Sette, “TRANSOL 2.0 – Software for the design of solar thermal systems based on trnsys 16”, CISBAT 2007, Renewables in a changing climate - Innovation in the Built Environment, EPFL, Lausanne, September 2007.