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Enerk. A.H.C. van Paassen and T.P. van der Stelt Mei 2003. Design Software for HVAC. Enerk. Objective of the program. The program must be recognizable for the designer, i.e. he must have the possibility to indicate his wishes in a Mollier-diagram
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Enerk A.H.C. van Paassen and T.P. van der Stelt Mei 2003 Design Software for HVAC Enerk
Objective of the program • The program must be recognizablefor the designer, i.e. he must have the possibility to indicate his wishes in a Mollier-diagram • The program must be useful in early development stages • The program must be clear and educationally justified Enerk
Program structure Comfort and heating and cooling load calculation Comfort and heating and cooling load calculation Statistical processing - Climate system - Air handling - Energy consumption Enerk
Input room and wall data Comfort and heating and cooling load calculation Enerk
Input room and wall data Enerk
Input room and wall data Input room shading data Comfort and heating and cooling load calculation Enerk
Input room shading data Enerk
Input room and wall data Input room shading data Input room use data Comfort and heating and cooling load calculation Enerk
Input room use data Enerk
Input room and wall data Input room shading data Input room use data Climate data according short reference year, reference year 64-65, or any other user data Comfort and heating and cooling load calculation Enerk
Input room and wall data Input room shading data Input room use data Climate data according short reference year, reference year 64-65, or any other user data Comfort and heating and cooling load calculation Day results Enerk
Day results Enerk
Input room and wall data Input room shading data Input room use data Climate data according short reference year, reference year 64-65, or any other user data Comfort and heating and cooling load calculation Day results Comfort data Enerk
Comfort data Enerk
Input room and wall data Input room shading data Input room use data Climate data according short reference year, reference year 64-65, or any other user data Comfort and heating and cooling load calculation Day results Comfort data Year results Enerk
Year results Enerk
Input room and wall data Input room shading data Input room use data Climate data according short reference year, reference year 64-65, or any other user data Comfort and heating and cooling load calculation Day results Comfort data Year results Solar energy Enerk
Program structure Comfort and heating and cooling load calculation Statistical processing Statistical processing - Climate system - Air handling - Energy consumption Enerk
Statistical processing Mollier - diagram sector data Hourly data of heating and cooling load Output for each sector:Average in- and outside temperature and humidityAverage heating and cooling load Q+,Q–Frequency of occurrence P+, P– Enerk
Program structure Comfort and heating and cooling load calculation Statistical processing - Climate system - Air handling - Energy consumption - Climate system - Air handling - Energy consumption Enerk
Design with Enerk Climate system Climate system Air handling and control strategy Total energy consumption Enerk
Climate system Enerk
Design with Enerk Climate system Air handling and control strategy Air handling and control strategy Total energy consumption Enerk
Design control strategy in Mollier-diagram Energy use is displayed Add controls until supply air or other desired conditions have been met for all situations Control steps visible in diagram Enerk
Design with Enerk Total energy consumption Climate system Air handling and control strategy Total energy consumption Enerk
Total energy use Enerk
Costs Enerk
