publications

Research on smart energy saving is becoming famous globally in different sectors. The current research is anticipated to lower energy demand and consumption in the building industry, which has already reached 49% globally and is projected to rise by 2% yearly, incurring significant monthly costs.

Buildings' thermal functionality and effectiveness depend on the specifics of their designs, climate-responsive design criteria, how they are used on-site, and the specifics of their microclimate type and quality of their fabrics. In this research, four buildings with various system designs were the subject of an examination in the field.

This study investigates the impact of shading devices on occupant thermal comfort in residential buildings within Bauchi Metropolis, Nigeria. Using a survey-based methodology, 120 questionnaires were distributed, with 102 valid responses analysed alongside a checklist assessing building orientation, form, shading, vegetation, and window placement1.

Research on smart energy saving is becoming famous globally in different sectors. The current research is anticipated to lower energy demand and consumption in the building industry, which has already reached 49% globally and is projected to rise by 2% yearly, incurring significant monthly costs.