Sustainable Living: Green Screen Strategies for Enhanced Indoor Thermal Performance in Dhaka's Mid-Rise Residential Buildings

Abstract

This study investigates sustainable living strategies, focusing on the application of green screens to enhance indoor thermal performance in mid-rise residential buildings in Dhaka, Bangladesh. Dhaka's subtropical monsoon climate poses challenges such as high temperatures and humidity, necessitating innovative solutions for improved indoor comfort and sustainability. The research employs a case study based methodology, using mid-rise residential buildings in Dhaka as the primary subjects. Green screens, which integrate vegetation into the building design as passive shading devices, are the central intervention. Data collection involves comparing results with real-world measurements of indoor thermal performance and resident feedback. Preliminary findings indicate significant improvements in indoor thermal conditions due to green screens, which act as effective shading elements, reducing heat gain and promoting a more sustainable indoor environment also reveal potential reductions in reliance on mechanical cooling systems, supporting the principles of sustainable living. Resident feedback further provides insights into the social acceptance and perceived benefits of green screen interventions, highlighting the importance of user satisfaction in sustainable design. In conclusion, this research underscores the importance of integrating green screen strategies into sustainable living practices for mid-rise residential buildings in Dhaka. The findings offer valuable insights for architects, urban planners, and policymakers aiming to implement effective sustainable solutions in densely populated urban settings.