Energy and GHG emissions

Current Projects


Completed Projects


Improving the Characterization of Infiltration and Natural Ventilation Parameters in Whole-Building Energy Models of Multi-Unit Residential Buildings

Improving the Characterization of Infiltration and Natural Ventilation Parameters in Whole-Building Energy Models of Multi-Unit Residential Buildings

This project investigated strategies to reduce parameter uncertainty for infiltration and natural ventilation model inputs in whole-building energy models of MURBs.

Energy and GHG emissions
Impacts of Smart Thermostat Use in Multi-Unit Residential Buildings on Occupant Behaviour, Thermal Comfort, and Energy Performance

Impacts of Smart Thermostat Use in Multi-Unit Residential Buildings on Occupant Behaviour, Thermal Comfort, and Energy Performance

This project explored how replacing conventional programmable thermostat with smart thermostat could impact energy performance, thermal comfort and occupant behaviour in high-rise residential buildings.

Energy and GHG emissions Health and comfort
Achieving a Low Carbon Housing Stock: An Analysis of Low-rise Residential Carbon Reduction Measures for New Construction in Ontario

Achieving a Low Carbon Housing Stock: An Analysis of Low-rise Residential Carbon Reduction Measures for New Construction in Ontario

This study examined the effectiveness of several low-carbon technologies to assess their applicability for high performance single-family housing construction.

Energy and GHG emissions
Crowd-Sourced Control Strategy for Post-war Multi-Unit Residential Building Heating System Retrofits

Crowd-Sourced Control Strategy for Post-war Multi-Unit Residential Building Heating System Retrofits

This project investigates the use of a crowd-sourced HVAC control strategy for the retrofit of space heating systems in post-war multi-unit residential buildings (MURBs). 

Energy and GHG emissions Health and comfort
Novel approaches to modelling and testing air flow in high-rise residential buildings

Novel approaches to modelling and testing air flow in high-rise residential buildings

This project explored a combination of testing and modelling approaches designed specifically for high-rise multi-unit residential buildings applications

Energy and GHG emissions Health and comfort
Impact of a Compartmentalization and Ventilation System Retrofit Strategy on Energy Use in High-Rise Residential Buildings

Impact of a Compartmentalization and Ventilation System Retrofit Strategy on Energy Use in High-Rise Residential Buildings

This project evaluated the energy savings associated with suite compartmentalization and in-suite ventilation systems retrofits in a high-rise residential building.

Energy and GHG emissions
Characterizing Interzonal Air Leakage in Multi-Unit Residential Buildings and impact on building performance

Characterizing Interzonal Air Leakage in Multi-Unit Residential Buildings and impact on building performance

Measuring interior partition air leakage rates in MURBs using a sequential pressure neutralization blower door test. Then, using a coupled airflow network-whole building energy simulation framework to assess the impact of compartmentalization measures on indoor air quality and building energy consumption.

Energy and GHG emissions Health and comfort