The technique used for building construction and its utilization leads to significant environmental issues due to their overuse of energy and other natural resources. Building energy usage and environmental harm are closely related since energy-intensive solutions were developed to meet the demands of heating, cooling, ventilation, and lighting, which severely depletes valuable natural resources. Nonetheless, structures may be made to provide thermal and visual comfort for occupants while consuming less energy and resources. Using an integrated approach to building design can have an impact on the energy resource efficiency of new construction. This article presents energy-efficient building solutions that optimize the use of renewable energy sources, energy-efficient equipment, and passive solar design techniques to balance energy consumption across building systems, including lighting, air conditioning, and ventilation. Architects can achieve energy-efficient buildings by researching the site's macro- and microclimate, utilizing bioclimatic principles to mitigate unfavorable circumstances, and capitalizing on favourable variables. This article discusses several typical design features that either directly or indirectly impact thermal comfort levels and, consequently, the building's energy usage.

Energy Efficiency; Ventilation; Macro and Microclimate; Passive design strategies