Autodesk Green Building Studio an Energy Simulation Analysis in the Design Process

Luziani, Sarah; Paramita, Beta

doi:10.18502/kss.v3i21.5007

Cited by 10 publications

(7 citation statements)

References 0 publications

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“…This step necessitates compiling asset and liability data for the organization of the study. This in turn necessitates exporting the sequences performed in Autodesk Revit into gbXML format to be importable and usable as a new project in Autodesk Green Building Studio, which is applied as a BIM tool herein to simulate and examine the energy efficiency of construction projects [62], as presented in Figure 1. At this level of analysis, there is a need to insert some basic information such as defining the project name, building type (i.e., residential, commercial, educational, health, retail, etc.…”

Section: Data Inventorymentioning

confidence: 99%

Influence of Ventilation Openings on the Energy Efficiency of Metal Frame Modular Constructions in Brazil Using BIM

Najjar,

De Araujo,

Oladimeji

et al. 2023

Eng

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Construction projects demand a higher amount of energy predominantly for heating, ventilation, and illumination purposes. Modular construction has come into the limelight in recent years as a construction method that uses sustainable building materials and optimizes energy efficiency. Ventilation openings in buildings are designed to facilitate air circulation by naturally driven ventilation and could aid in reducing energy consumption in construction projects. However, a knowledge gap makes it difficult to propose the best dimensions of ventilation openings in buildings. Hence, the aim of this work is to empower the decision-making process in terms of proposing the best ventilation opening dimensions toward sustainable energy use and management in buildings. A novel framework is presented herein to evaluate the impact and propose the best dimensions of ventilation openings for metal frame modular construction in Brazil, using building information modeling. The ventilation openings were constructed and their dimensions evaluated in eight Brazilian cities, based on the bioclimatic zone (BioZ) classification indicated in ABNT NBR 15220: Curitiba (1st BioZ); Rio Negro (2nd BioZ); São Paulo (3rd BioZ); Brasília (4th BioZ); Campos (5th BioZ); Paranaíbe (6th BioZ); Goiás (7th BioZ); and Rio de Janeiro (8th BioZ). The study results show that the energy consumption of the same building model would vary based on the dimensions of ventilation openings for each BioZ in Brazil. For instance, modeling the same modular construction unit in the city of Rio Negro could consume around 50% of the energy compared to the same unit constructed in the city of Rio de Janeiro, using the small opening sizes based on the smallest dimensions of the ventilation openings. Similarly, modeling the construction unit in Curitiba, São Paulo, Brasília, Campos, Paranaíba, and Goiás could reduce energy consumption by around 40%, 34%, 36%, 18%, 20%, and 16%, respectively, compared to constructing the same building in the city of Rio de Janeiro, using the small opening sizes based on the smallest dimensions of the ventilation openings. This work could help practitioners and professionals in modular construction projects to design the best dimensions of the ventilation openings based on each BioZ towards increasing energy efficiency and sustainability.

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Section: Data Inventorymentioning

confidence: 99%

Influence of Ventilation Openings on the Energy Efficiency of Metal Frame Modular Constructions in Brazil Using BIM

Najjar,

De Araujo,

Oladimeji

et al. 2023

Eng

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“…Akan tetapi dalam penerapan efisiensi energi pada perancangan bangunan hijau masih terdapat kendala yang dihadapi (Puspadi et al, 2016). Di antaranya yaitu perlu adanya prinsip perancangan yang ramah lingkungan dan perlu juga adanya standar kriteria bangunan hijau (Anggunmulia et al, 2017) Sesuai dengan perkembangan teknologi sekarang, proses perancangan bangunan telah mengunakan pendekatan simulasi kinerja bangunan berbasis komputer dalam penerapan prinsip fisika dasar dengan mengunakan software (Putra et al, 2020) (Rianggono et al, 2018) (Luziani & Paramita, 2019). Pada penelitian ini, salah satu software yang digunakan untuk simulasi kinerja bangunan adalah software Climate Consultant.…”

Section: Latar Belakangunclassified

Penilaian Kinerja Bangunan Hijau dengan EDGE Building App pada Perancangan Klinik yang Menerapkan Strategi Passive Design dari Climate Consultant

Kusuma¹,

Nuzir

2022

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Carbon emissions contributed by the construction sector currently have a major impact on environmental climate change. In the construction sector, the solutions offered in mitigating the impacts of climate change include developing sustainable building designs in terms of energy efficiency. The design approach with building performance simulation could ensure the application of environmentally friendly principles in the design process. The research methodology utilized a building performance simulation method using the Climate Consultant application in presenting a summary of climate data on the site and generating recommendations for passive design strategies. After the application of these recommendations to the design of the clinic, then an evaluation of the performance of the building was carried out using the EDGE Building App. From building performance simulations carried out in study case examples using the Climate Consultant application, recommendations were obtained in the form of 20 passive design strategies in which ten strategies could be applied. The design results obtained are proven to have an arguably good energy efficiency when evaluated with the EDGE Building App. This evaluation also provided recommendations for several reduction and saving steps from three aspects of building elements, namely: energy consumption (28.53%), water use consumption (20.77%), and types of building materials (84.02%).

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“…GBS is a web-based simulation engine for assessing the energy efficiency of a building. It is used to fuel the BIM-based energy/sustainability model which runs on the DOE-2 simulation engine (Luziani and Paramita 2019). Revit Autodesk applications that provide complete building energy evaluation capabilities.…”

Section: Green Building Studiomentioning

confidence: 99%

Energy Analysis in Residential Building for Insulation Roof Material Using Building Information Modelling.

Sharma¹,

Kumar²

2022

JER is an international, peer-reviewed journal that publishes f

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Energy efficient is becoming a significant subject to investigate within the Architecture Engineering and Construction (AEC), as a result of the expanding heating and energy usage problem. Lack of interoperability has been identified as a hurdle to increased efficiency in the AEC. In order to fulfil the expanding demands around the world, the energy analysis must be incorporated into the building's planning section. Predicting a building's energy use and establishing an energy-saving life and style are both required. To conduct an energy study of a G+3 residential structure, the article uses Autodesk (BIM) capabilities. The goals of this project are to find BIM energy analysis into calculating a building's energy consumption, as well as to conclude the life cycle cost and energy cost over time, in same building. This study's primary focus is on roof materials and alternatives accomplished with the use of Autodesk Revit software and Green Building Studio, a cloud-based energy analysis application.

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Autodesk Green Building Studio an Energy Simulation Analysis in the Design Process

Cited by 10 publications

References 0 publications

Influence of Ventilation Openings on the Energy Efficiency of Metal Frame Modular Constructions in Brazil Using BIM

Influence of Ventilation Openings on the Energy Efficiency of Metal Frame Modular Constructions in Brazil Using BIM

Penilaian Kinerja Bangunan Hijau dengan EDGE Building App pada Perancangan Klinik yang Menerapkan Strategi Passive Design dari Climate Consultant

Energy Analysis in Residential Building for Insulation Roof Material Using Building Information Modelling.

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