Grid Collaboration - Sharing Information with Stakeholders
Electrification Is Here. It’s Time to Move from Prediction to Integration
Three structural forces are converging:
1. Transportation electrification, including private EVs, municipal fleets, transit systems, and freight vehicles.
2. Thermal electrification through residential and commercial heat pumps, hybrid heating systems, and district energy integration.
3. Industrial re-electrification driven by EV manufacturing, critical minerals mining, hydrogen production, and data centres.
The Growing Gap
Provincial electrification strategies in Canada are diverging in their implied system scale, capital intensity, and institutional burden. Comparative analysis indicates that long-term outcomes are shaped not only by resource endowments, but by how demand, land use, and industrial development are integrated into infrastructure planning.
Recent modelling by Québec and emerging experience in British Columbia illustrate that high-electrification outcomes are not singular in design. System size, peak exposure, and financing burden are strongly influenced by institutional choices made early in the transition. Ontario’s modelled pathways sit between these approaches, reflecting both structural constraints and policy choices.