Impacts of physical attributes of paved surfaces for the urban energy demand: A case study for the City of Toronto

Summary: “Pavements in cities impact Urban Heat Islands (UHI) by altering heat absorption and release, affecting local microclimates. Variations in pavement attributes, such as color, material, and roughness, greatly influence urban microclimate intensity. This amplifies energy demand for nearby buildings, particularly during summer when air conditioning usage rises. My research investigates the link between pavement attributes and building energy demand in Toronto, aiming to enhance knowledge on optimal paving design to reduce the city’s energy consumption.”

Team Members

Matt Adams

Matt Adams

Geography, Geomatics, & Environment

View Bio

Varuni Maheshika Jayasooriya

Varuni Maheshika Jayasooriya

Geography, Geomatics, & Environment, UTM

View Bio

Climate Positive Energy has integrated into the Lawson Climate Institute.

Integration of the Climate Positive Energy Initiative (CPE) into the Lawson Climate Institute (LCI) represents a strategic evolution that amplifies University of Toronto’s collective impact on climate solutions. CPE's established expertise in sustainable energy research and innovation becomes a cornerstone of the Lawson Climate Institute's comprehensive mandate to address the climate crisis through technology, policy, and education.

Existing and ongoing grants, research projects, partnerships, and other activity under Climate Positive Energy will continue uninterrupted and will transition to operate under the Lawson Climate Institute brand in the coming months.