Working in partnership with BC Housing, the Pembina Institute hosted the Reframed Lab, a landmark step towards transforming Canada’s retrofit sector. The Lab aimed to transform how designers approach retrofitting multi-unit residential buildings to reduce emissions and energy waste, improve health and safety, and increase resilience to severe weather events.
Our research signals a shift away from business-as-usual upgrades to deep retrofits as the primary pathway to reducing emissions.
Results of the Reframed Lab
The Reframed design teams estimate deep retrofits can cut energy use by up to 90%, which underscores the comprehensive opportunity deep retrofits present for driving down energy demand and cutting utility costs during an affordability crisis.
The design teams also proposed operational carbon emissions reductions ranging between 68% and 99%, a remarkable shift from the standard 3% to 55% reduction achieved when building owners replace systems at end-of-life, further highlighting the transformative potential of deep retrofits.
Read the results here.
Next steps
The Pembina Institute will work with the building owners, their teams, and municipalities to generate case studies for each of the six buildings. The case studies will be standardized to facilitate replicability and highlight replicable aspects even within bespoke solution bundles to streamline future retrofits.
The scope of the scalability of the work that is being undertaken through the Reframed Initiative is significant given that 40% of homes in B.C. and Canada are low-rise MURBs. The schematic designs confirmed that energy savings alone cannot pay for the cost of deep retrofits, so through these case studies the Pembina Institute will continue to identify the non-energy benefits, such as building occupant health and insurance cost savings, to provide alternate financing streams.