Energy Efficient Design for G+3 Residential Building (Duplex type) Using BIM Tools

Kola Srinivas, K Urmila

Abstract


G+3 residential duplex buildings constructed through BIM modeling resulted from an advanced design process and technology advancement as a result of increasing market demand on sustainable buildings. With this technology, designers can also carry out building performance simulation at very accurate modeling during early design phases to optimize energy utilization and occupants' satisfaction. An analysis is undertaken that combines passive design strategies with natural ventilation employing specific enhanced glazings and renewables and heating ventilation and air conditioning systems upgrades integrated with building orientation and shade surfaces for site-specific passive building shell design and use with possible alternative measures of energy conservation. Assembled Autodesk Revit and Insight 360 provide energy modeling and daylight analysis to meet the lifecycle assessment functionalities required for LEED or IGBC green building standards and their requirements. These integrated strategies allow a primary reduce of building energy consumption by 35% and support the future development of net-zero power operation systems through solar power systems. Sustainable residential projects could be accurately built by stakeholders through BIM tools while ensuring the success of projects. The research presents a cheap method of carrying out sustainable housing design that goes with technological innovations that are urban expansion solutions and climate change adaptation methods.


Keywords


Energy Efficiency, BIM Tools, Sustainable Architecture, Passive Design, Renewable Energy.

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