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SIMEA Stato dell’arte energetica degli edifici 1.3.13.8. Strengths 104 Doc.No 20100610.SIMEA.MR.03 Versione 1 Allows rapid development of energy simulations, dramatically reducing the time required to build a DOE-2 model. Specifying the building geometry is much faster than other comparable software, making VisualDOE useful for schematic design studies of the building envelope or HVAC systems. Uses DOE-2 as the simulation engine--an industry standard that has been shown to be accurate; implements DOE-2's daylighting calculations; allows input in SI or IP units; imports CADD data to define thermal zones. For advanced users, allows editing of equipment performance curves. Displays a 3D image of the model to help verify accuracy. Allows simple management of up to 99 design alternatives. Experienced DOE-2 users can use VisualDOE to create input files, modify them, and run them from within the program. The interface is designed to be able to incorporate other energy simulation engines like EnergyPlus. A live update program can be used to check and install latest updates via the internet. Responsive technical support is provided. Periodic training sessions are available. 1.3.13.9. Weaknesses VisualDOE implements about 95% of DOE-2.1E functionalities which is adequate for most users. Advanced users familiar with DOE-2.1E can implement the remaining 5% features by modifying the DOE-2 input files generated by VisualDOE.
SIMEA Stato dell’arte energetica degli edifici 1.4. Confronto tra i programmi più usati 1.4.1. Introduzione 105 Doc.No 20100610.SIMEA.MR.03 Versione 1 I programmi sopra riportati descrivono in maniera sintetica le potenzialità e le caratteristiche dei programmi più, utilizzati secondo il numero di utenti. Di tutti i programmi descritti, l’articolo Contrasting the capabilities of building energy performance simulation programs (Crawley, Hand, Kummert and Griffith, 2005) fa un’analisi dettagliata dei 20 programmi più conosciuti e studiati, che sono: BLAST, Bsim, DeST, DOE-2.1E, ECOTECT, Ener-Win, Energy Express, Energy-10, EnergyPlus, e-QUEST, ESP-r, HAP, HEED, IDA ICE, IES, PowerDomus, SUNREL, Tas, TRACE e TRNSYS e li mette a confronto. Di seguito si riportano 14 tabelle che si trovano nella parte finale dell’articolo, le quali riportano in modo schematico il confronto tra i programmi analizzati secondo le caratteristiche generali, i tipi di input che si possono inserire, i risultati in output, le convalide e i programmi che si possono interfacciare ai simulatori. 1.4.2. Tabelle di confronto
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