British Columbia data centres and electricity allocation

British Columbia records are concentrated in Vancouver and Burnaby, with additional operating facilities in Kelowna and developing or specialized sites in Kamloops and Merritt. Cologix publishes five Vancouver facilities. eStruxture publishes three. Hut 8 Canada names Vancouver, Vancouver Vault and Kelowna locations. Equinix lists VA1 in Burnaby. The mix includes dense interconnection buildings, enterprise colocation and newer compute projects.

Sources: Cologix, eStruxture, Hut 8 Canada, Equinix

Several Vancouver records share downtown buildings or generalized city points. A provider presence may describe space inside a building operated by another party. The publication gate therefore keeps near-duplicate pages out of search until they contain differentiated specifications and a reviewed identity. For network research, the overlap can be useful because it shows the importance of carrier buildings. For real-estate or capacity analysis, the underlying source and building relationship must be checked.

Sources: Canadian Web Hosting, ServerMania, Cologix

British Columbia describes its integrated system as predominantly clean and renewable, with large hydroelectric resources supporting the province. The 2026 power plan also expects substantial demand growth and calls for conservation, better use of existing assets and new supply and transmission. A clean provincial mix supports emissions planning, but it does not mean every project can obtain the requested capacity on the requested date.

Sources: Government of British Columbia

The provincial allocation framework now places new data-centre and artificial-intelligence projects of 10 MW or more into a competitive process, subject to defined transition rules. The current two-year framework allocates separate volumes for conventional data centres and artificial-intelligence projects. Applicants are assessed through a process that considers provincial benefits as well as the electrical request. This is a material site-selection gate, not a normal queue position.

Sources: Government of British Columbia

BC Hydro's general service pages separate small, medium and large business customers by annual peak demand and energy use. Large General Service begins at an annual peak demand of at least 150 kW or more than 550,000 kWh of annual use. A major data centre can exceed those thresholds by orders of magnitude and may require transmission service or a project-specific industrial arrangement. The published general rate is therefore context, not a complete hyperscale tariff.

Sources: BC Hydro

Demand is measured over defined intervals, and the bill can include demand, energy, power-factor and other tariff components. A serious model needs the service voltage, applicable schedule, contract demand, load factor and customer-owned transformation assumptions. Public rate pages are useful for understanding the billing mechanics, but the official tariff and project agreement control. Avoid converting one published energy charge into an all-in facility cost.

Sources: BC Hydro

BC Hydro directs large industrial customers to distribution or transmission connection paths. Transmission connections can involve service from 69 kV to 287 kV and customer-owned substations and lines. The utility identifies data centres as an example of an energy-intensive transmission load. New emerging-industry projects at 10 MW or more also face the competitive allocation process before the normal technical path can produce a service commitment.

Sources: BC Hydro, Government of British Columbia

Projects that had reached defined study or deposit milestones before the new framework can have different transition treatment. That makes date and document status important. A statement that a project is in the queue does not establish selection, connection approval or energization. The project record should identify the current official milestone and avoid implying that a study agreement is a power contract.

Sources: Government of British Columbia

Cologix publishes five Vancouver facilities and describes a network-rich portfolio. Its operator material identifies sites at major downtown addresses and links them to the regional carrier ecosystem. eStruxture and other hosting providers also publish Vancouver locations. These sources support the existence and operator relationship of the records. They do not establish that every provider owns the underlying building or that all advertised carriers are present in every room.

Sources: Cologix, eStruxture, Canadian Web Hosting

For a workload that serves western Canada or reaches Pacific networks, downtown interconnection can be valuable. Larger compute may still need a different site with more land, power and cooling options. A multi-site architecture can separate carrier access, primary compute, backup and recovery. The directory shows nearby operators and facilities, but it does not infer a cross-connect, tenancy or contractual relationship.

Sources: Cologix, Hut 8 Canada

Ask whether the project is inside the emerging-industry allocation process, which application milestone has been reached, what capacity has been requested and what service voltage is proposed. Separate selection under the provincial framework from the later engineering and commercial connection work. Then test the site for network routes, maintenance access, backup-fuel logistics, cooling design and phased growth.

Sources: Government of British Columbia, BC Hydro

Use the facility pages as a source index. Published sizes, capacities and certifications remain operator claims unless corroborated. Unknown means the current source did not state a facility-specific value. A low-carbon provincial grid and a strong carrier ecosystem can both support the investment case, but neither replaces the capacity allocation, utility study or facility due diligence needed for a final decision.

Sources: Government of British Columbia, BC Hydro