HIGH COMBI
High solar fraction heating and cooling system with combination of innovative components and methods
 
Projektthema
 
  • Solarthermie
  • Speicher
  • Energieversorgung
  • Energiekonzepte
Aufgabe
 
  • Technologietransfer
  • Wissenstransfer
Förderung
 
  • Öffentliche Hand
 
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Projektdauer   06/2007 - 12/2011
     
Gesamtbudget   Gesamtkosten: 2,6 Mio EUR
Fördervolumen: 1,1 Mio EUR
     
Projektbeschreibung   High Combi: HIGH solar fraction heating and cooling systems with COMBInation of innovative components and methods, is a EC co-founded project wich aims at developing high solar fraction systems by an innovative combination of optimized solar heating, cooling and storage technologies. Demonstration plants will be constructed (Greece, Italy Austria and Spain) using different technologies, components and control strategies for achieve high solar fractions values. Innovative techniques, components and/or configurations will be examined (new storages, use of rejected heat during cooling, combined heating and cooling control). Demonstration plants' monitoring data will be analysed, the simulation and design tools validated and the plants performance evaluated. Market analysis will be carried out in order to estimate the potential penetration af these systems in the european heating and cooling market.
The sectors of the implementation are all medium and large buildings end-users having heating and cooling loads along the year.

     
Auftraggeber   EU DG-TREN (FP6 - STREP)
     
Partner   CRES, Gr.
NOA, Gr.
SOLE SA, Gr.
AEE INTEC, A.
SOLID, A.
FhG ISE, D.
POLIMI, It.
Provincia di Milano, It.
AIGUASOL, Sp.
SOMUHATESA, Sp.
UOR, Ro.
     
Ziel   Combine the two tecnologies of solar combisystem and solar cooling system with innovative seasonal storage device that can reach a Solar Fraction approching 100%.
Develop high solar fraction systems by an innovative combination of optimized solar heating, cooling and storage technologies evaluating different configurations optimized by dynamic simulation.
Realize demonstration plants using different combination of technologies, components and control strategies.
     
Umsetzung    
     
Ergebnisse    
     
 




Solaranlagen zur Wärme- und Kälteversorgung mit hohen Deckungsanteilen

 

Downloads und Links
www.highcombi.eu

 

Kontakt
Thomas Schmidt
schmidt@solites.de