International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 04 | Apr 2025
p-ISSN: 2395-0072
www.irjet.net
“ANALYSIS AND DESIGN OF A SUSTAINABLE BUNGALOW BY USING CIRCULAR ECONOMY” Akanksha More1, Manali Sawant1, Rutuja Khot1, Prof. Shekhar Sorate2 1Student, Dept. of civil Engineering, Vishwaniketan’s Institute of Management Entrepreneurship And Engineering
Technology, Khalapur, Raigad, Maharashtra, India 2Professor, Dept. of civil Engineering, Vishwaniketan’s Institute of Management Entrepreneurship And Engineering Technology, Khalapur, Raigad, Maharashtra, India ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - The design for the G+1 bungalow at the Pali
integrates solar panel energy solutions by installing solar energy with high-efficiency panels. It helps to reduce costs of power, reduce carbon emissions, and provide a reliable source of renewable energy. With solar energy, the purpose of the project is to achieve energy self-supply while contributing to environmental stability. The choice of Another important feature of sustainable building material is Project. It uses terracotta, recycled wood, aluminium, cork, and terrazzo, all of which are environmentally friendly and contribute to energy efficiency, resource security, and environmental impacts. This material not only improves durability and aesthetics in the bungalow but also reduces waste and promotes a small carbon footprint in the construction. Overall, the project is designed as a modern, durable, and environmentally responsible housing development. By integrating advanced design technologies, renewable energy solutions, and environmentally friendly materials, projects provide a comfortable, durable, and energy living space. It acts as a model for future housing projects that prefer stability, functionality, and long-term flexibility.
Jambhulpada. to develop a sustainable bungalow by using various construction materials, systems, and techniques. Particularly, the 4R principle method used for waste management. The terracotta pot technique used for thermal insulation to reduce the need for artificial cooling. Solar panels install to generate renewable energy and lower electricity consumption. The terrace had terrazzo flooring, which helps to maintain a cooler indoor environment. A rainwater harvesting system design and implemented to optimize water usage. For landscaping, design a droughtresistant tree system that requires a minimum quantity of water and provides shade. Finally, to calculate environmental impact and construction cost, which lower than that of a conventional bungalow. Key Words: Sustainable bungalow, Terracotta pot technique, Solar panels Landscaping,
1.INTRODUCTION The proposed sustainable bungalow is located at the Pali Jambhulpada in the Raigad district of Maharashtra. This place is connected to the road & spread over more than 2 acres. The aim of this is a create a modern and durable living space, including an effective plan, sustainable structural design, and organic features. The residential bungalow is planned with an area of 82.04 sq. m. as the G+1 structure and a total height of 6 m. Design secures enough natural light, proper ventilation, residential dimension, and stock space for the inhabitants to be comfortable and functional. For architectural modelling, Revit architecture software is used for modelling, accurately activated for 3D visualization and effective integration of design components. Structural analysis and design are done using the Staad Pro, which ensures the stability, strength, and safety of the bungalow. The work is designed Increase the natural beauty of the site by incorporating native plants, shaking areas to improve biodiversity, and trees and air quality. This includes a harvest of rainwater. The system, which helps with water conservation, charging groundwater, and reducing dependence on external water sources. This initiative to stop the earth ensures a stable and permanent water supply. In order to further promote energy efficiency, the project
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2. METHODOLOGY 2.1 TOPOGRAPHY: 2.1.1. Site Selection: The site is located at Pali jambhulpada in the Raigad district. The site is well connected to roadway. 500 m away jambhulpada bus stop 25 km away khopoli railway station 51 km away from Mumbai airport
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