Writer Michael Barnard argues that the core problem with CUTRIC, an organization active in the transition of Canada’s public transit sector, is not limited to its continued enthusiasm for hydrogen buses, but extends to its complex institutional position. CUTRIC develops projects, advocates technologies and policies before governments, manages analytical tools, provides consulting services, brings together research and funding priorities, and helps technologies move from trials to commercial contracting. According to the article, this breadth makes it difficult to assume that its analyses represent an impartial reference when directing transit agencies toward investments reaching hundreds of millions.
This is an analytical opinion piece by the writer, not an independent judgment proving that CUTRIC is not impartial. But its central argument deserves the attention of those working in transportation technology: an organization seeking to commercialize a technology needs to pursue funding, partnerships, pilot projects, and contracts that help it enter the market, while an independent analytical organization also needs the ability to state that a previous forecast was wrong, that a particular trial produced sufficient negative evidence, or that a technological pathway should be discontinued.
From the Problem of Conflicting Roles to the Problem of Verification
The article does not consider any of CUTRIC’s activities problematic in themselves. It specifically points to interoperability work for battery-electric buses, which helped manufacturers, charging suppliers, and transit agencies converge around high-power charging rather than relying on systems specific to each supplier. But the objection arises when the organization simultaneously provides advanced planning and modeling services while presenting them as a neutral scientific basis for choosing between technologies.
Barnard draws on what he describes as CUTRIC’s public record, as well as a review of the organization’s strategy, governance, analytical work, and publication and operational data. He also notes that the zero-emission bus database distinguishes between multiple stages, including announcement, feasibility study, funding, procurement, commissioning, and vehicles actually entering service. In his reading, these stages make it possible to track stalled projects, changed technologies, and procurements that disappeared, rather than simply counting projects in the pipeline.
Why Do Hydrogen Buses Stand Out in This Debate?
The writer criticizes the continued description of fuel-cell buses as “necessary” for certain difficult operating duties. A hydrogen-powered bus may succeed on a long or challenging route, but moving from that observation to saying it is the necessary option requires, in his view, proof that the best direct electric-bus infrastructure cannot meet the requirements reasonably.
The difficult operating conditions mentioned in the article include long duty cycles, steep routes, heavy loads, the need for heating and cooling, constrained depot facilities, and limited opportunities for stationary charging. However, as he explains, the comparison should not be limited to a battery bus relying exclusively on depot charging versus a hydrogen bus. There is a combination of managed depot charging, redesigning operating schedules and routes, charging during layovers, shared charging along corridors, and conductive charging while in motion. Each option has infrastructure and operational requirements and trade-offs, so the difficulty of one route is not enough to prove the necessity of a particular technology.
What Does This Mean for Transit Agencies?
The article’s practical conclusion is that transit agencies should treat CUTRIC’s analyses as work produced by an organization with an interest in market development, not as final judgments on technical questions. This does not mean that all its data or models are invalid, or that its recommendations are necessarily wrong. But it does mean that major procurement decisions should independently test assumptions about service, winter performance, replacement rates, charging use, grid requirements, life-cycle economics, and the completeness of the technologies used in the comparison.
The article suggests several possible paths for CUTRIC: creating an evidence function that is genuinely independent of marketing activities, adopting explicit mechanisms for subsequent model validation, and establishing rules for discontinuing pathways that fail, or clearly shifting into a trade association concerned with marketing and advocacy, so that its analyses are read on that basis. The article also raises the option of institutionally separating commercial and analytical activities.
The certi.news Editorial Reading
The technical value of this article lies not in declaring hydrogen or batteries superior, but in the governance question that precedes technology selection: who defines the comparison, who reviews forecasts after operations begin, and who has the authority to acknowledge that a particular pathway is no longer justified? These questions matter because public transit decisions are long-term, and because interim data do not always correspond to vehicles that have actually entered service. At the same time, the text provided does not offer an independent audit of CUTRIC’s data or a response from the organization to the allegations, so its conclusions should be presented as the writer’s position and call for verification, not as a settled finding about the organization or hydrogen technology.