可靠证据表明，至2050年印度建筑领域会产生巨幅能源增长，基于此估测，本报告分析了印度目前建筑节能减排的政策框架及其节能潜力。

可靠证据表明，至2050年印度建筑领域会产生巨幅能源增长，基于此估测，本报告分析了印度目前建筑节能减排的政策框架及其节能潜力。

可靠证据表明，至2050年印度建筑领域会产生巨幅能源增长，基于此估测，本报告分析了印度目前建筑节能减排的政策框架及其节能潜力。

Technical Report

Demonstrating the enormity of the predicted energy growth in India's building sector up to 2050, this report explores the current political framework for energy efficient buildings and the potential for change. 

Assessing the extent of evidence available relating to the impact of solar energy for households (HHs) in developing countries, surveys are reviewed focusing on the impact of pico‐photovoltaic (e.g., solar lanterns) or solar home systems (SHS) on rural HHs and directly related economic activities of their occupiers. Ninety‐eight documents have been analyzed. Areas of enquiry have included the impact of small individual solar photovoltaic systems on different facets of the life of HHs' occupiers: their education, health, finance, livelihoods, and social relations.

On an average, India has more than 3000 Cooling Degree Days (CDD). The multifamily public housing being constructed under India’s Prime Minister Awas Yojana (PMAY) is aimed at providing formal housing to the society’s Economic Weaker Section (EWS). It is essential that this housing delivers thermally comfortable in-doors to the occupants. This study mapped the design and construction practices followed under PMAY Urban (PMAY-U) against India’s Residential Energy Building Code, Eco Niwas Samhita (ENS). The metric prescribed in ENS is Residential Envelope Transmittance Value (RETV).