Stato dell'arte energetica degli edifici - Automatica - Università degli ...

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SIMEA Stato dell’arte energetica degli edifici 1.2.34. LESOSAI 64 Doc.No 20100610.SIMEA.MR.03 Versione 1 Computes the energy use of a building according to the hourly and/or monthly simplified models described in the European standard EN ISO 13790 and in Swiss standard, the energy needs contained in the French standard RT2005, in the Luxembourg Standard and in the Italian DLGs 192. It computes as well transmission and ventilation heat loss as solar gains from windows, sunspaces, double-skin facade, window solar collector and transparent insulation walls. It can handle several zones and rooms at various set-point temperatures and also helps in sizing the peak heating power (EN 12831, SIA384.201) and the cooling needs (EN ISO 13790). Results are given in a full report as well as in a Sankey diagram and a monthly heat balance diagram. A sensitivity analysis can be automatically performed using a MonteCarlo method. This provides a histogram of possible results. Lesosai 6.0 integrates different other calculations and methodologies, including Life Cycle Analysis; Meteonorm, worldwide monthly and hourly weather database; MaterialsDB.org database; USai: thermal transmission coefficient (EN ISO 6946), dynamic characteristics (EN ISO 13786), condensation risk (EN ISO 13788, EN ISO 6946); multilingual: French, Italian, English, German 1.2.34.1. Validation/Testing Certification no: 344 (OFEN) 1.2.34.2. Expertise Required Understanding heat balance in buildings. 1.2.34.3. Users First version distributed in 1991. Version 6.0 (2008), more than 1,500 users. 1.2.34.4. Audience Architects, building physics consultants, engineers. 1.2.34.5. Input For each building zone: rooms, floor area, volume, air change rate, areas and U-values of all envelope components, orientation, area and type of glazing for windows and passive solar devices, occupation, etc. Input is object oriented and clearly organized in successive windows. 1.2.34.6. Output Full report including transmission heat-loss coefficient for each component, ventilation heat loss, monthly, and annual heat balance including losses, internal and solar passive heat gains. Sankey diagram illustrating the heat flows through main building parts, monthly heat balance. 1.2.34.7. Computer Platform PC-compatible, Windows 98 or higher
SIMEA Stato dell’arte energetica degli edifici 1.2.34.8. Programming Language Delphi and C++ 1.2.34.9. Strengths 65 Doc.No 20100610.SIMEA.MR.03 Versione 1 Complies with European standard EN ISO 13790. User-friendly interface, official climate (Switzerland, Italy, Germany, France, Romania, and Luxembourg) and Meteonorm, characteristics of glazing materials (EN 673) and transparent insulation, solar collectors, direct connection with producer materials databases. U value calculation. Expandable user's database. German, French, English, and Italian versions. The product has 23 years in the market performing thermal modelling of buildings. Prints different official reports.
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