North American Power & AI Infrastructure: 7 Verified Projects and Procurement Paths

Transmission upgrades in British Columbia, AI data-centre construction in Saskatchewan, and new power generation serving Alberta’s digital infrastructure all point to an important market shift: reliable power and deliverability are becoming central to investment decisions. But a public project announcement is not a purchase order.

This research briefing reviews seven verifiable Canadian projects or project packages as of October 25, 2026. The commercial questions are: what is actually being built; which phase is under way; who specifies and procures each equipment package; and what an international supplier must demonstrate to qualify?

One continent does not mean one procurement market

Canadian power procurement is strongly shaped by province, utility and project structure. The BC Hydro, IESO, OPG and Hydro-Québec pathways differ, and U.S. grid regions and state requirements must be assessed independently. Technical acceptance, site services, import responsibility and supplier registration can vary for the same product category.

Ontario's IESO states that more than 1,800 km of transmission projects are planned or under development. Its 2026 reference scenario projects data centres could account for 8.6% of Ontario electricity consumption in 2050. These are planning signals, not confirmed equipment contracts. Official IESO outlook.

Seven cases with identifiable counterparties and stages

01 | BC Hydro North Coast Transmission Line (NCTL)

Location: Prince George–Glenannan–Terrace, British Columbia. BC Hydro describes approximately 165 km and 275 km of new 500 kV line work across two phases, supporting growing industrial demand including mining and LNG activity.

Procurement evidence: BC Hydro disclosed four teams shortlisted for the line construction tender in August 2026: Aecon, Allteck, LF North Coast Constructors, and Valard. Shortlisting is not an award. Public dates provisionally show a December 15, 2026 proposal deadline for 5L064 and a May 2027 award target, subject to change.

Supplier path: assess which tower/structure, conductor accessories, OPGW, foundation, logistics and field-service scopes remain available through qualified contracting teams. A supplier cannot infer prime-bid eligibility from a public project announcement.

BC Hydro procurement · Shortlist notice

02 | Prince George to Terrace Capacitors Project

Location: Saranovich near Vanderhoof, Palling near Burns Lake, Walcott near Telkwa, plus Skeena Substation near Terrace. The project reinforces existing 500 kV transmission capacity through capacitor stations and related substation works.

Series compensation equipment, bypass switching, protection/control, installation and testing are relevant engineering categories. Yet electrical installation and commissioning have already advanced at Saranovich and Palling, while Walcott has later milestones. An active infrastructure project does not mean its principal equipment packages remain unawarded.

Supplier path: verify outstanding scopes, qualified vendors, commissioning responsibilities and subsequent maintenance or modification opportunities before spending money on bids.

BC Hydro project status

03 | Meta Sturgeon County Data Centre and Greenlight generation

Location: Sturgeon County north of Edmonton, Alberta. Alberta's major-project database records Meta's investment of more than thirteen billion Canadian dollars in a planned 1 GW AI-optimized campus, with the Frost Collective (Clark Builders and PCL Construction) identified for construction.

The related Greenlight Electricity Centre is listed separately as a 932 MW gas generation development, involving Pembina, Morgan Stanley Infrastructure Partners and Kineticor. The campus investment, proposed generation nameplate capacity and ultimate electricity load must not be conflated.

Potential supplier categories: medium- and low-voltage distribution, UPS, thermal management and building MEP on the data-centre side; generation auxiliaries, protection, transformers, noise and emissions systems, and commissioning on the power side. These are technical-fit categories, not evidence that any given package is currently open.

Supplier path: map separate project entities, EPCs, designers and equipment-selection owners for the data centre, plant, grid interconnection and civil works.

Alberta: Meta · Alberta: Greenlight

04 | Bell AI Fabric near Regina

Location: Rural Municipality of Sherwood near Regina, Saskatchewan. In an October 1, 2026 release, the provincial government reported structural work at all four first-phase buildings, more than 500 on-site workers, and a first data hall targeted for the first half of 2027. Dynamo Electric is constructing the high-voltage substation connection.

A September 2026 non-binding memorandum creates a path toward up to 900 MW of further capacity. A potential 1.2 GW full build-out is not fully built, contracted or guaranteed.

Supplier path: separate building, high-voltage connection, electrical, cooling, IT/compute and long-term service contracts. Verify actual design and buying authority with the relevant engineering or construction counterparty.

Saskatchewan construction update · Bell project information

05 | Toronto Third Line underwater HVDC

Location: a proposed underwater high-voltage direct current (HVDC) link between Bowmanville Switching Station and downtown Toronto, through Lake Ontario. The IESO has published draft RFP/contract documents and maintains a Transmitter Selection Framework registry; a successful-registrant list was posted on October 21, 2026.

IESO also held a targeted technical session for established HVDC-converter and submarine-cable original equipment manufacturers (OEMs) in September. These are concrete early procurement activities, not proof of an awarded transmission project.

Supplier path: converters, submarine cable systems, converter transformers, switchgear, protection/control, installation and commissioning should be assessed against demonstrated system references, interfaces and registry/consortium eligibility.

IESO procurement information · Project overview

06 | Darlington New Nuclear Project

Location: Clarington, Ontario, adjacent to the existing Darlington nuclear facility. Ontario Power Generation (OPG) is constructing the first BWRX-300 small modular reactor under its construction licence. An application for an operating licence was filed in March 2026; construction approval is not authorization for commercial operation.

Nuclear safety-related procurement requires more than an ordinary equipment catalogue: quality assurance, traceability, design control, supplier qualification and long-term liabilities must be assessed for each scope. Conventional non-nuclear systems may have different requirements, but each package must be classified correctly.

Supplier path: established nuclear-experienced manufacturers can study the current qualified supply chain; other vendors should first establish whether a defined balance-of-plant or non-safety scope is realistically accessible.

OPG construction · OPG licensing

07 | Hydro-Québec Val-des-Monts Substation

Location: Val-des-Monts in Québec's Outaouais region. Hydro-Québec describes a new 120/25 kV substation, a 4.7 km 120 kV supply line and an anticipated 2028 commissioning date. The purpose is regional demand growth, reliability and replacement of ageing facilities—not a verified dedicated AI data-centre connection.

Supplier path: review transformers, switching, protection/control and field services only after checking awarded scopes, Hydro-Québec's supplier qualification system and applicable provincial/language requirements.

Hydro-Québec source

Four practical procurement routes

1. Direct utility procurement: category-specific vendor qualification, formal bids and utility contract terms.
2. EPC and specialty contractors: determine whether design, nomination, purchasing and installation sit with the owner, EPC or subcontractor.
3. OEM and system-integrator supply chains: complex HVDC, nuclear, UPS, thermal or control packages may be purchased as integrated systems rather than as isolated components.
4. Installation and operations: commissioning, spare parts, response times, insurance and lifecycle support are often decision factors.

A 30-day validation plan for international suppliers

• Week 1: select one product family and one jurisdiction; assemble model-level specifications, third-party certification evidence and relevant references.
• Week 2: choose two verified projects and map owners, designers, EPCs, supplier requirements and commercial stage.
• Week 3: conduct narrowly targeted technical and commercial discovery with relevant procurement counterparts.
• Week 4: decide whether to proceed, qualify a local partner, address technical gaps or stop that lead.

Any model-level certification, import arrangement, engineering sign-off, installation obligation, product liability, margins and cash cycle must be evaluated for the specific jurisdiction and contract. Canada and the U.S. must not be treated as interchangeable compliance markets.

How CCBONLINE can help

Based in Ontario, CCBONLINE INC. supports international manufacturers through Canada market-entry readiness assessments, market validation projects, launch and local implementation, and ongoing commercial operations support. We also help Canadian buyers develop qualified international supplier partnerships.

Tell us your equipment category, model/certification status, target province and relevant references to discuss a scoped, evidence-led validation project. Submit your project information.

Sources and scope

All linked evidence is from public government, utility or project-owner material checked on October 25, 2026. Tender dates, construction, permits and procurement packages can change. This article does not claim open tender rights, product certification, contracted equipment purchases or investment returns. The locator illustration is not a GIS, routing or engineering document.