Progetto SIMEA - Automatica - Università degli Studi di Padova

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SIMEA Stato dell’arte energetica degli edifici 1.2.9.6. Output 24 Doc.No 20100610.SIMEA.MR.03 Versione 1 The user can chose any of the calculated parameters for each construction layer, each thermal zone plus data from ambient climate, as output on hourly, weekly, monthly or periodical basis, in either tabular or graphic form. The variables can also be presented in "sum" graphs or tables. Finally the energy balances for each zone or the whole building can be shown. Outputs can be copied (graphics or numbers) for presentation in other programs. 1.2.9.7. Computer Platform PC equipped with an Intel Pentium processor (min. 800 MHz) or compatible. Operating system: Windows NT version 4, SP3, Windows 2000, Windows XP, or Windows Vista. 1.2.9.8. Programming Language MS-Visual C++. 1.2.9.9. Strengths Analysis of the indoor thermal and moisture climate in complex buildings or buildings with special requirements for the indoor climate. Simultaneous simulation of energy and moisture transfer in building constructions. Multi zone natural air flow simulations. Intuitive graphic user interface. The Danish Building Research Institute is continuously updating BSim to accommodate changes and developments in the building industry. 1.2.9.10. Weaknesses No standardized result reports. No possibility batch processing of simulation models at this time – typical simulation time for an average model is though only a few minutes on an up to date computer. No support of geometrical input from CAD tools in IFC file formats –this facility is presently being developed.
SIMEA Stato dell’arte energetica degli edifici 1.2.10. Building Greenhouse Rating 25 Doc.No 20100610.SIMEA.MR.03 Versione 1 Provides assessments of the greenhouse intensity of office buildings by awarding a star rating on a scale of one to five. Buildings identified by the Australian Building Greenhouse Rating scheme with a high star rating will be more energy efficient and cheaper to run, and will result in lower greenhouse gas emissions. Separate components of the building can be rated - a base building rating measures the performance of those services provided by the building manager/landlord; and a tenancy rating measures the services for which the tenant is responsible. A whole building rating measures the combined effect. The software tool uses information gathered from the existing building to benchmark the energy performance against the national Australian property market. Building owners, managers, tenants and investors can use the tool to self assess to roughly ascertain their property's performance. An assessment performed by an ABGR Accredited Assessor will provide an official ABGR Performance Rating, which may then be used in marketing and promotional materials. 1.2.10.1. Expertise Required For self assessment, no expert knowledge required. Official ratings can only be performed by trained Accredited Assessors. 1.2.10.2. Users More than 2000 downloads and more than 200 official ratings (all Australia). 1.2.10.3. Audience Australian property market stakeholders - Building owners, managers, tenants, investors, developers, designers. 1.2.10.4. Input Requires building operational data - size in Net Lettable Area (NLA), location of the building, number of occupants, number of computers in regular use, number of hours per week that the building is occupied, and 12 months of billing data for all energy sources in the building. The user enters data via text inputs. 1.2.10.5. Output Report on greenhouse rating (stars), normalized greenhouse emissions (kgCO2/m 2 ) and energy consumption (MJ/m 2 ). The report shows what the star rating of the building means in terms of actual performance against the national benchmark. 1.2.10.6. Computer Platform Internet-based 1.2.10.7. Programming Language Java
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Progetto SIMEA - Automatica - Università degli Studi di Padova

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