Standing on the edge of an unremarkable industrial parcel near Burnaby's Cariboo substation, you are increasingly on some of the most contested ground in Metro Vancouver. The building may be a low-slung warehouse; the neighbourhood may smell of diesel and cold asphalt. But if the lot sits within a reasonable distance of a BC Hydro interconnection point capable of delivering five or more megawatts, the price conversation has fundamentally changed.

This is the defining shift in Metro Vancouver's industrial land market in the first half of 2026: power availability, not land price, is the binding constraint. It is repricing entire corridors from the inside out.

Demand for AI compute infrastructure is the engine. Hyperscale cloud providers, mid-tier colocation operators, and a growing cohort of AI-native companies are scouting Metro Vancouver for sites capable of hosting high-density data centres. The region offers an attractive package: one of North America's cleanest electricity grids, a mild climate that reduces mechanical cooling loads, and fibre connectivity to trans-Pacific cable systems. However, the grid was not built with this level of demand in mind.

The Power Queue Is the Real Waitlist

BC Hydro's interconnection queue—the formal process by which large electricity customers apply for new service—has become the document that serious industrial real estate brokers study as closely as any zoning map. The utility's most recent integrated resource plan flagged data centre load growth as a material factor in its demand forecasting through 2030, a signal that the sector's appetite for power is no longer a rounding error in provincial energy planning.

Market analysts describe a two-tier market emerging: power-ready sites attract data centre developers willing to pay a premium, while power-constrained sites compete for the logistics and light-manufacturing tenants that have traditionally anchored the region's industrial base.

The Burnaby and Richmond Corridors in Focus

Burnaby's Big Bend and Glenlyon business parks, along with the Still Creek and Boundary Road corridors, have drawn particular attention because of their proximity to BC Hydro infrastructure and existing industrial zoning. Richmond's Bridgeport and Shell Road areas offer similar attributes, with the added advantage of flat topography and large-format parcels—a necessity for data centre footprints that often require 10 to 30 acres at full build-out.

Metro Vancouver's overall industrial vacancy rate remains historically tight, a condition that has persisted through 2025 and into 2026. Colliers' Q1 2026 industrial data points to land values in prime Burnaby locations running significantly ahead of comparable Delta sites. Analysts attribute this spread partly to power infrastructure proximity and partly to the former's access to central rapid transit, which is relevant for the technical workforces data centre operators need to recruit.

Delta remains attractive for operators willing to accept longer interconnection timelines in exchange for more square footage per dollar. Several development permit applications for large-format industrial projects in South Delta are working through municipal review.

What This Costs Traditional Industrial Tenants

The repricing has consequences beyond the balance sheets of land sellers. Metro Vancouver's industrial base—warehousing, food processing, film production, and light manufacturing—depends on affordable land. When a data centre developer can underwrite a site at a price per buildable square foot that a cold storage operator or a garment distributor cannot match, displacement pressure mounts.

Metro Vancouver's regional planning staff have previously flagged the risk of non-data-centre industrial uses being priced out of core locations. The challenge for municipal planners in Burnaby and Richmond is that data centres generate significant property tax revenue and construction employment while occupying large footprints with relatively few ongoing jobs—a trade-off that requires deliberate policy attention.

The Developer Calculus

For developers and investors, the opportunity is real, but execution risk is significant. Securing a power commitment from BC Hydro is a multi-year process. JLL Canada's data centre outlook notes that power procurement timelines are the single largest source of schedule risk for new Canadian projects, making early-stage land control a critical strategic move.

Permitting complexity adds another layer. Benchmarking from the Canada Green Building Council points to significant variation in energy efficiency across facility designs, a factor increasingly relevant as municipal governments weigh development permits and BC Hydro manages grid load. Operators who demonstrate credible power usage effectiveness (PUE) commitments are better positioned to move through approvals.

The Bottom Line

Metro Vancouver's data centre land rush is a structural demand shift driven by the economics of AI. Power-adjacent industrial sites in Burnaby, Richmond, and Delta are a differentiated asset class, and the repricing reflects real scarcity. For investors, the opportunity window is time-sensitive: interconnection queues fill, zoning conversations evolve, and first movers are establishing positions that will be difficult to replicate.

For the broader business community and municipal planners, the harder question is what kind of industrial city Metro Vancouver wants to be. Data centres are valuable infrastructure, but so are the workshops and production facilities that employ the region's population. Balancing these needs through proactive land-use policy is the planning challenge that will define these corridors for the next decade.