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Research
Materials Discovery, Battery Manufacturing and Recycling
Modelling, Optimization, and Data Analytics
Core Sub-Systems: Battery Packs, Powertrains, and Chargers
Integration Technologies and e-Mobility Systems: EVs and e-Fleets
Battery Energy Storage Systems (BESS) for Stationary Applications
Adoption Enablers and Co-Benefits
Training
NSERC CREATE Training Program
TherMET Short Course Series
TherMET Workshops
People
Executive Team
Participating Faculty Members and Research Groups
Partnership Opportunities
Contact Us
Twitter
LinkedIn
University of Toronto Electrification Hub
Home
Research
Materials Discovery, Battery Manufacturing and Recycling
Modelling, Optimization, and Data Analytics
Core Sub-Systems: Battery Packs, Powertrains, and Chargers
Integration Technologies and e-Mobility Systems: EVs and e-Fleets
Battery Energy Storage Systems (BESS) for Stationary Applications
Adoption Enablers and Co-Benefits
Training
NSERC CREATE Training Program
TherMET Short Course Series
TherMET Workshops
People
Executive Team
Participating Faculty Members and Research Groups
Partnership Opportunities
Contact Us
Twitter
LinkedIn
Adoption Enablers and Co-Benefits
Multidisciplinary research encompassing engineering, public health, anthropology, business, and urban planning experts
Changes in travel behaviour as a result of e-mobility adoption
Policy issues concerning the provision and location of charging stations
Charging options in high-density residential areas with limited parking garages
Impact of e-mobility adoption on vehicle ownership levels
Environmental and societal co-benefits of e-mobility and battery energy storage adoption
Advancing e-mobility and battery access, adoption and training in northern, remote, and Indigenous communities