Forget the fibre. Forget the land. The single variable that will determine whether Metro Vancouver captures or cedes its position as a preferred North American AI infrastructure market is something far more basic: whether you can get power, and how long you are willing to wait for it.
BC Hydro's queue for large general service connections is currently stretching 18 to 36 months—a window that, in the current AI build-out cycle, is the difference between being operational for the next wave of hyperscaler demand and watching it route to Oregon or Texas instead. For data centre operators, that timeline is no longer a procurement footnote; it is the business plan.
The demand surge is not speculative. BC Hydro's 2024 'Power Path' update to its Integrated Resource Plan projects load growth of 15 to 25 per cent by 2035, with data centres and EV charging identified as the primary drivers. That is a significant acceleration for a utility that has historically enjoyed the luxury of flat industrial demand. The province's clean, low-cost hydroelectric base—long treated as an inexhaustible competitive advantage—is now a finite resource being rationed in real time.
Here is why this matters beyond the infrastructure sector: Canada's federal AI strategy has committed more than $2 billion toward compute infrastructure, and provincial strategies from BC to Ontario are competing to host the physical layer of that investment. Data centres are industrial facilities that create construction jobs, generate property tax revenue, and anchor the kind of high-density economic activity that Metro Vancouver's industrial land base needs. But all of that is contingent on power.
The land constraint compounds the problem. Metro Vancouver's industrial vacancy rate has sat below two per cent for several consecutive quarters, constraining greenfield development before operators even reach the power conversation. The combination of scarce land and a stretched power queue means that operators who have already secured both are sitting on assets that appreciate in value every time a competitor discovers the queue too late.
The strategic calculus for operators who understand the allocation process is straightforward. BC Hydro's Large General Service application process requires detailed load forecasting, site control documentation, and technical specifications before a queue position is confirmed. Operators who submit incomplete applications or treat the process as a formality are losing months they cannot recover. Regulatory filings with the BC Utilities Commission offer a detailed map of how load growth applications are being evaluated—and which categories of demand are being prioritised.
The Digital Infrastructure Alliance of Canada has been pressing federal and provincial governments on the power access bottleneck, arguing that Canada risks losing AI infrastructure investment to jurisdictions with faster interconnection timelines. The argument is not theoretical: hyperscalers operate on capital allocation cycles that do not accommodate 30-month queue waits without a compelling reason to hold the position.
Vancouver's compelling reason is real. The combination of among the lowest industrial electricity rates in North America, a predominantly hydroelectric grid that satisfies corporate sustainability mandates, proximity to trans-Pacific subsea cable landing stations, and a deep technical talent pool gives Metro Vancouver structural advantages that no amount of Texas land or Arizona sunshine can replicate. The question is whether local operators and their capital partners move fast enough to lock in queue positions before the window tightens further.
The operators best positioned are those treating BC Hydro's interconnection process the way a sophisticated developer treats a rezoning application: as a multi-year project requiring dedicated internal resources, not a form to be filed when the building permit is ready. That means engaging BC Hydro's key accounts team early, modelling load profiles conservatively to avoid application amendments that reset queue timelines, and monitoring BCUC proceedings for signals about how the utility is managing aggregate demand growth.
The structural advantage in this market does not belong to the operator with the best cooling technology or the most attractive lease terms. It belongs to the one who filed the power application first—and filed it right. In Vancouver's AI infrastructure race, the queue is the moat.
