No, Saskatoon Transit has not abandoned its goal of fleet electrification. It has adopted a long-term approach of incremental planning, actively monitoring technological advancements, funding programs, and grid decarbonization to determine the best time for a large-scale transition.

The analysis uses the current grid as a baseline. The finding that the carbon-intensive grid is the biggest barrier to emissions reduction is amplified by news that Saskatchewan will extend the life of its coal plants.

Using diesel-electric hybrid heaters extends a BEB's range by up to 31% in winter. Fully electric heaters significantly increase costs, the number of buses required, and supporting infrastructure, which would lead to higher facility emissions.

CUTRIC advises updating modeling every two to three years or whenever a significant service or technology change is implemented, whichever comes first, to ensure informed decision-making.

While BEBs have zero tailpipe emissions, a "cradle-to-grave" lifecycle analysis shows only a 10-15% overall reduction. This is due to Saskatchewan's carbon-intensive electricity grid, where significant upstream emissions are generated to charge the buses.

Yes. The study's central environmental finding is that, due to the carbon-intensive grid, a full BEB transition would only yield a modest 10-15% emissions reduction. This highlights that the source of electricity is currently the most significant barrier for Saskatoon Transit, not the bus technology itself.

Yes, the analysis is a comprehensive cradle-to-grave lifecycle analysis. This includes emissions from vehicle manufacturing, battery production, infrastructure construction, well-to-wheel fuel production, facility energy, and end-of-life cycle recycling.

Modelling a trolley system was not part of the Scope of Work funded by ZETF for this research. However, CUTRIC is supportive of trolleys and encourages agencies to consider them as a potential zero-emission option in the future.

Canada faces unique challenges due to its severe climate (reducing battery range), demanding geography (longer routes), and different operational expectations (desire for a "drop-in" diesel replacement).

A detailed sensitivity analysis was performed exploring scenarios with much lower BEB maintenance costs. It concluded that even under more favorable assumptions for electric buses, the final ranking of the scenarios did not change significantly.

CUTRIC's economic analysis is comprehensive and includes significant upfront capital costs for charging and fueling infrastructure, which are detailed in the separate facilities assessment.

The social analysis considered vulnerable populations as a whole. A differentiated analysis specifically for students and children was not part of the funded scope of work for this project.

Trade tensions and tariffs create uncertainty for the ZEB manufacturing industry, potentially leading to increased material costs and disruptions to established supply chains.

Cost increases can reduce a transit agency's buying power, necessitating revisions to procurement plans and potentially resulting in the purchase of fewer vehicles and assets.

Manufacturers may prioritize large orders, impacting the ability of small- to medium-sized transit agencies to implement ZEB procurement in a timely manner.