Who can apply, and what criteria matter most?

AI data centres and related compute projects can apply. Scoring favors Canadian data residency, measurable environmental gains, meaningful First Nations partnerships, and competitive pricing. Credible schedules, shovel-ready sites, and proximity to existing grid capacity also help. Proponents should show strong technical designs, realistic interconnection plans, and proof of execution capability.

How could this affect AI data centre costs in B.C.?

Winning projects may secure cheaper, cleaner power with clearer delivery timelines, reducing financing risk and total cost. Projects that miss out could face delays, redesigns, or higher costs to add flexibility or backup. Siting near available capacity and aligning with BC Hydro requirements can cut upgrade expenses and shorten construction windows.

When might decisions arrive, and what should investors watch?

Officials and local reports point to key decisions by early fall. Investors should watch for shortlists, land and permit progress, interconnection study results, grid upgrade plans, and supplier contracts. These signals indicate which proponents are de-risking schedules and are most likely to convert power awards into operational data halls.

Global Market Insights

BC Hydro February 01: AI, Data Centres Must Bid for 400MW of Power

ByDanny Kontos February 2, 2026February 2, 2026

BC Hydro is launching a 400 MW competitive process for AI data centres over the next two years, reshaping B.C. electricity policy and project timelines. The BC Hydro bidding will weigh data sovereignty, environmental benefits, First Nations participation, and price. For developers and investors, power access and siting now drive economics as much as chips and capital. We explain what this means for timelines, costs, and the outlook through decisions expected by early fall.