The document is dry by design: a large-load interconnection application filed with BC Hydro, requesting hundreds of megawatts of capacity at a substation east of Abbotsford. The applicant is a numbered company, and the site is currently zoned for light industrial use. However, the power requirements and physical footprint signal a hyperscale data centre—one of several such applications now sitting in BC Hydro’s large-load interconnection queue.

These filings represent the opening moves in what may be the most consequential industrial land shift in British Columbia in a generation. Few municipal governments are prepared for the scale of this transition.

The catalyst is Site C. With the Peace River dam now delivering power to the provincial grid—adding approximately 1,100 megawatts of new generation capacity—British Columbia has become one of the most attractive jurisdictions in North America for energy-intensive computing. Data centres require reliable, affordable power and large-format land; British Columbia now offers both in abundance.

Metro Vancouver’s industrial land base is effectively exhausted. Vacancy rates across the region have compressed to historic lows, and per-acre prices have risen sharply, pricing out large-footprint users such as manufacturers and data centres. This economic pressure is redirecting capital eastward into the Fraser Valley and the Okanagan, where land remains available and BC Hydro is upgrading transmission infrastructure to accommodate new load.

The scale of interest is significant. BC Land Title and Survey Authority filings show registered interest from major technology operators and sovereign wealth-backed developers across multiple Fraser Valley municipalities over the past six months. These entities often use numbered companies or limited partnerships, a standard practice in large-scale real estate assembly that obscures beneficial ownership.

The economic rationale is clear. Fraser Valley industrial land is currently trading at a significant discount compared to sites in the US Pacific Northwest, where hyperscale development has driven costs higher and power availability has become constrained. For a developer planning a 100-megawatt or 200-megawatt campus, this arbitrage is material.

The employment and tax implications are equally significant. A purpose-built hyperscale data centre is not a standard warehouse. A 100-megawatt facility supports a permanent operations and engineering workforce—positions that are full-time, high-wage, and resistant to offshoring. The property tax yield per hectare for data centres consistently exceeds that of traditional light industrial or logistics uses. Furthermore, these facilities do not generate heavy truck traffic or strain road infrastructure.

For municipalities like Abbotsford, Chilliwack, or Kelowna—each of which has active economic development offices competing for investment—a single large-format data centre can meaningfully alter the municipal tax base for decades. The anchor effect on adjacent industrial development is well-documented in markets like Quincy, Washington, and Hillsboro, Oregon, where hyperscale investment transformed secondary corridors into primary ones.

The obstacle in most BC municipalities is that existing regulatory and planning frameworks were not designed for this use class. Fraser Valley Regional District zoning applications reveal a recurring issue: developers are encountering light-industrial zones that permit the footprint but do not clearly contemplate the necessary power infrastructure, such as on-site substations, backup generation, and cooling systems. Rezoning applications that should be straightforward are often delayed, clashing with the compressed development timelines operators require.

Agricultural land also presents a challenge. The Agricultural Land Reserve remains a significant constraint on large-format site assembly. Whether data centre use constitutes an appropriate basis for exclusion is a question the Agricultural Land Commission has not yet addressed at scale. Developers familiar with jurisdictions like Arizona, Texas, or the Netherlands describe British Columbia’s current regulatory environment as navigable but slow.

In this market, speed is a competitive necessity. Hyperscale operators are simultaneously evaluating sites in Alberta, Ontario, and the US Pacific Northwest. Alberta is aggressively courting the same operators, and Washington’s grid constraints are easing as new capacity comes online.

JLL’s 2026 Canadian data centre outlook identifies British Columbia as an emerging primary market, citing Site C capacity, fibre connectivity, and political stability as key differentiators. CBRE’s Canadian market reporting tracks Vancouver as a market where demand is outpacing available supply, pushing operators to consider build-to-suit arrangements in secondary markets.

Municipalities that capture this investment will be those that act before site-selection decisions are finalized. This requires pre-zoning industrial corridors for data centre use, collaborating with BC Hydro on substation capacity planning, and streamlining permitting for specialized infrastructure. It also requires economic development offices capable of speaking credibly to operators about servicing timelines and tax treatment.

The land rush is underway. The question is not whether hyperscale data centres will be built in British Columbia’s secondary markets—the economics and power availability make that outcome highly probable. The question is which municipalities will be ready when the operators come to the table, and which will still be debating zoning when the decision has been made elsewhere.

For communities that get this right, the payoff is a generation of stable, high-value industrial assessment and permanent skilled employment. This is not merely a technology story; it is an economic development imperative, and the clock is running.