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Authors
Abstract(s)
O crescente interesse pela eficiência energética dos edifícios tem origem na preocupação
global com o consumo de energia em excesso, a escassez de recursos e o impacto ambiental
para a produção da mesma. Em edifícios já construídos, o desafio da eficiência energética é,
muitas vezes, ainda mais complexo. Por outro lado, as ferramentas de simulação térmica e
energética permitem analisar o impacto de diferentes soluções e perspectivar o potencial de
poupança energética. Ao conceito de Building Information Modeling (BIM) está associado um
modelo do edifício, sistemático e parametrizado, de forma que as informações inseridas no
modelo podem impactar diretamente nos resultados das simulações. Assim, é possível
beneficiar de um modelo BIM detalhado para a análise da sua eficiência energética. Este estudo
propõe avaliar a interoperabilidade entre os softwares Autodesk Revit e Cype, no contexto da
simulação do desempenho energético. O trabalho foi desenvolvido com utilização do edifício
sede da empresa Riportico como estudo de caso. Apesar da agilidade na troca de informações
parametrizadas, ocorreram limitações na interoperabilidade entre Revit e CYPE, requerendo
retrabalho na adaptação dos elementos para análise energética. A execução do trabalho revelou
a funcionalidade das ferramentas BIM em diferentes softwares, avaliando a compatibilidade de
formatos de arquivos e o nível de informação mantido na interoperabilidade.
ABSTRACT: The growing interest in the energy efficiency of buildings originates from global concerns about excessive energy consumption, resource scarcity, and the environmental impact of energy production. In already constructed buildings, the challenge of energy efficiency is often even more complex. On the other hand, thermal and energy simulation tools allow for analyzing the impact of different solutions and assessing the potential for energy savings. The concept of Building Information Modeling (BIM) is associated with a systematic and parameterized model of the building, allowing the information inputted into the model to directly impact the results of simulations. Therefore, it is possible to benefit from a detailed BIM model to analyze its energy efficiency. This study aims to evaluate the interoperability between Autodesk Revit and Cype software in the context of simulating energy performance simulation. The research was conducted using the Riportico company headquarters as a case study. Despite the agility in the exchange of parametric information, limitations in interoperability between Revit and CYPE occurred, requiring rework in adapting elements for energy analysis. The execution of the work revealed the functionality of BIM tools in different software, assessing the compatibility of file formats and the level of information maintained in interoperability.
ABSTRACT: The growing interest in the energy efficiency of buildings originates from global concerns about excessive energy consumption, resource scarcity, and the environmental impact of energy production. In already constructed buildings, the challenge of energy efficiency is often even more complex. On the other hand, thermal and energy simulation tools allow for analyzing the impact of different solutions and assessing the potential for energy savings. The concept of Building Information Modeling (BIM) is associated with a systematic and parameterized model of the building, allowing the information inputted into the model to directly impact the results of simulations. Therefore, it is possible to benefit from a detailed BIM model to analyze its energy efficiency. This study aims to evaluate the interoperability between Autodesk Revit and Cype software in the context of simulating energy performance simulation. The research was conducted using the Riportico company headquarters as a case study. Despite the agility in the exchange of parametric information, limitations in interoperability between Revit and CYPE occurred, requiring rework in adapting elements for energy analysis. The execution of the work revealed the functionality of BIM tools in different software, assessing the compatibility of file formats and the level of information maintained in interoperability.
Description
Keywords
Eficiência Energética BIM Revit CYPE Interoperabilidade