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In the context of global priorities of the Sustainable Development Goals (SDGs) and the push for carbon neutrality, the real estate industry plays a crucial role in shaping a sustainable future. However, the sector’s high energy consumption for temperature regulation presents significant challenges, exacerbating carbon emissions. This study investigates residential real estate in Mumbai to understand how residents adapt to temperature changes and to explore energy needs and eco-friendly practices. By combining detailed case studies and structured surveys, we examine residents’ adaptation strategies and the operation of heating and cooling systems. The goal is to uncover trends and differences across various housing sectors, gaining insights into thermal comfort factors. Anticipated outcomes include an in-depth understanding of residents’ adaptation methods, an assessment of the effectiveness of heating and cooling systems, and identifying common themes and variations in strategies for thermal comfort. The findings aim to provide recommendations tailored to Mumbai’s context, enhancing thermal adaptability while contributing to broader sustainability objectives. This study holds significance for achieving sustainable development goals and advancing carbon neutrality.

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Examining Thermal Adaptability in Mumbai’s Diverse Residential Housing Sectors and Analyzing Its Impact on Energy Consumption Patterns: Implications for Sustainable Development Goals and Carbon Neutrality

  • 会议论文

  • 发表日期：

    2026年

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  • Ketaki Niteen Gupte,
  • Deva Dutta Dubey

摘要

In the context of global priorities of the Sustainable Development Goals (SDGs) and the push for carbon neutrality, the real estate industry plays a crucial role in shaping a sustainable future. However, the sector’s high energy consumption for temperature regulation presents significant challenges, exacerbating carbon emissions. This study investigates residential real estate in Mumbai to understand how residents adapt to temperature changes and to explore energy needs and eco-friendly practices. By combining detailed case studies and structured surveys, we examine residents’ adaptation strategies and the operation of heating and cooling systems. The goal is to uncover trends and differences across various housing sectors, gaining insights into thermal comfort factors. Anticipated outcomes include an in-depth understanding of residents’ adaptation methods, an assessment of the effectiveness of heating and cooling systems, and identifying common themes and variations in strategies for thermal comfort. The findings aim to provide recommendations tailored to Mumbai’s context, enhancing thermal adaptability while contributing to broader sustainability objectives. This study holds significance for achieving sustainable development goals and advancing carbon neutrality.