A programme for thermal energy calculation and certification of buildings

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Data d'inserimento | 18 Giugno 2009
Paesi in cui lo strumento è stato sviluppato | Switzerland
Paese in cui lo strumento è utilizzato | France , Italy , Luxembourg , Switzerland , United Kingdom
Copertura geografica | International
Gruppo target | Building professionals
condizioni di disponibilità | Sale
Prezzo | 530.15
Informazioni sulla validazione/test | Switzerland France Luxembourg
Competenze necessarie | Knowledge on building
Numero di utenti | 2000
Input dello strumento | Building information: * Enveloppes, windows, doors, ... * Technical data * Zones, rooms,.. * ...
Output dello strumento | Monthly ans hourly results Life cycle assesments U-Value
Punti di forza | Multi-lingual Multi-standard Multi-country
Punti deboli | Only for MS Windows or emulator
Piattaforma di computer | Windows
Editore | E4tech S.àr.l.
URL dell'editore | http://www.e4tech.com
Origine del finanziamento | Private
Descrizione del finanziamento | In-house product development, with Swiss Federal Institute of Technology Projects paid from Swiss Federal Energy Office Partners for specific parts: * LCA: HES Yverdon * Meteonorm: Meteotest
Lingue dello strumento | English , French , German , Italian
LESOSAI 6.0 is a programme for thermal energy calculation and certification of buildings comprising one or more heated or cooled zones. It is designed primarily for building and thermal engineers and architects. The software supports several languages: English, French, German and Italian. Users can choose from several calculation methods
Descrizione | LESOSAI 6.0 is a programme for thermal energy calculation and certification of buildings comprising one or more heated or cooled zones. It is designed primarily for building and thermal engineers and architects. The software supports several languages: English, French, German and Italian. Users can choose from several calculation methods.

LESOSAI 6.0 allows the calculation of environmental impacts of energy consumption, taking into account the energy used, but also considering the construction materials of the building. This calculation is based on a life cycle of a building and uses the list of impacts provided by the KBOB (extracted from the Ecoinvent database), and methodology consistent with the SIA 2032 technical specifications.

In order to simulate buildings in many places throughout the supported countries, Lesosai integrates the weather data generator, Météonorm.

To calculate the thermal conductance coefficient (U-value), Lesosai includes USai, which can also synchronise the databases of materials with several producers who participated in the www.materialsdb.org project.
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Tool website URL(s) | http://www.lesosai.com

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