Canadian Urban Transit Research & Innovation Consortium (CUTRIC)/Consortium de recherche et d’innovation en transport urbain au Canada (CRITUC)
Occurred:
2026-05-28
Details Regarding the Identified Subject Matter
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Subject matters
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Details
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Climate, Environment, Transportation
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Recognize that the transition to zero-emissions transportation, including battery electric and hydrogen fuel cell electric transit, coach and rail systems, will require an energy “systems overhaul of entire fleets and infrastructural systems, meaning that incentives and funding programs designed and launched by Natural Resources Canada (NRCan), Housing, Infrastructure and Communities Canada (HICC), Environment, Climate Change Canada and/or Transport Canada will need to support coordinated energy systems integration efforts (i.e. both vehicle and fuelling ends of the equation) with consortia of partners to be effective, immediate and long-term from an economic sustainability standpoint. 1) Recognize that fleet adoption – specifically heavy duty vehicle fleet adoption in the public sector, including bus, coach and rail systems – offers more immediate and substantial emissions reductions opportunities for taxpayers compared to individual passenger car incentives over the next four year period.
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Climate, Environment, Research and Development, Transportation
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Secure funding for a Return to Transit research and innovation program which supports the research on the safe return of ridership to transit as well as supports low carbon smart mobility focused projects.
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Climate, Economic Development, Environment, Transportation
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Within Canadian Transportation Innovation & Industrial Development Strategy, Canada needs to identify a clear mandate for Alternative Propulsion & Smart Mobility Innovation focusing on mechanisms that create IP and new jobs in the low-carbon transportation innovation industry, building globally relevant large scale integration trials and industry-academic collaborations through innovation consortia for alternative propulsion and smart vehicle technologies in shared mobility systems applications (e.g. public transit and shared private fleets). This Strategy must include battery electric propulsion and charging systems (heavy-duty and light-duty; vehicular and rail-based), hydrogen fuel cell electric propulsion systems and fuelling systems (heavy-duty and light-duty; vehicular and rail-based), renewable natural gas propulsion and fuelling systems (heavy-duty and light-duty; vehicular and rail-based), and automated and connected vehicle systems for public fleet systems applied to heavy- and light-duty vehicles, including bus, coach, and rail.
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