Artificial intelligence isn’t just transforming industries — it’s reshaping electricity demand, industrial land values, and the future of commercial real estate planning. And few places in North America are feeling this shift more than Alberta.
With rising interest from cloud providers, AI developers, and private equity, Alberta now sits at the intersection of three global forces:
- The explosion of AI computing
- Massive new energy demands from data centres
- Surging interest in power-ready industrial land
To understand why Alberta has suddenly become a major focus for global tech companies, it’s important to look at the unique combination of energy, land, and climate advantages that give the province an edge.
Why Alberta Is Becoming a Data-Centre Hotspot
1. Natural Gas: Alberta’s Competitive Edge
Large AI data centres require nearly 100% reliability. Renewable energy alone cannot yet meet that reliability, and nuclear generation remains decades away.
Natural gas — abundant, stable, and cost-effective in Alberta — is the backbone that makes high-density compute possible.
“Natural gas will be a cornerstone of AI’s growth story.” — Tyson Birchall, Longbow Capital Inc., Calgary Real Estate Forum, October 29, 2025
2. Industrial Land Is Still Affordable (For Now)
A few years ago, power-serviced industrial land outside Calgary traded at roughly $50,000 per acre. Today, parcels with strong grid connections are valued closer or over $500,000 per acre.
In the United States, comparable power-ready sites often sell for $5 million per acre.
3. Ideal Climate for Cooling
Unlike warmer U.S. states, Alberta’s cool climate significantly reduces cooling costs — a major expense in operating a data centre.
4. Pro-Development Environment
Streamlined permitting, flexible zoning, and a market hungry for investment all contribute to Alberta being viewed as a “build-friendly” region.
Alberta’s Big Challenge: Power Demand
The Alberta Electric System Operator (AESO) has allocated all 1,200 megawatts (MW) of electricity available under its temporary cap for large-load projects to two proposed data centres near Edmonton:
- TransAlta’s Keephills project: 230 MW
- Pembina Pipeline proposal: 970 MW
Meanwhile, 37 other data-centre projects seeking to connect to Alberta’s grid are requesting a combined 16–20 gigawatts (GW) of power, depending on the month, according to AESO and CBC reporting. For context, this is equivalent to roughly 14× Edmonton’s electricity demand.
Additional comparisons:
- Calgary’s peak load: 1,600 MW
- New York City peak: 11,000 MW
- AESO data-centre queue: 16,000 MW of new requests
- OpenAI-linked forecast: 26,000 MW of AI-related data-centre demand by 2030
- Oracle’s Texas AI facility: 2,300 MW (self-generated)
The AESO is now limiting new large-load connections to 1.2 GW until 2028 to maintain grid stability.
“Expanding the transmission network is as hard or harder than building new pipelines.” — Tyson Birchall
Transmission projects can require:
- 250+ permits
- 15–20 years from planning to completion
This is the single biggest bottleneck for Alberta’s data-centre boom.
What Is the BYOG (Bring Your Own Generation) Model?
Under the AESO’s developing framework, data-centre developers may increasingly need to supply their own on-site electricity generation instead of relying solely on the provincial grid.
This typically involves:
- Natural-gas-fired generation (most common)
- Hybrid systems (gas + renewables + storage)
- Modular generation units similar to those deployed in Texas for Oracle Cloud Infrastructure’s AI data centres Powermag.com
A recent CBC report noted that Alberta’s grid operator cannot safely absorb unlimited new data-centre loads without significant transmission upgrades. Even with new natural-gas plants expected to come online, transmission lines not generation capacity remain the limiting factor.
This explains why the AESO imposed its temporary 1.2-GW cap and why many developers are now exploring hybrid or self-powered solutions.
How Much Power Do Data Centres Actually Use?
To put electricity consumption into perspective:
| Category | Power (MW) |
|---|---|
| LED Light Bulb | 0.00001 |
| Average Home | 0.0015 |
| Small Data Centre | 5 |
| Medium Data Centre | 30 |
| Large Data Centre | 150 |
| AI Hyperscale Facility | 1,000–2,300 |
| Calgary (Entire City Peak) | 1,600 |
| Alberta (Province Peak) | 12,000 |
One large data centre can consume as much electricity as 100,000 homes.
To power the full queue of Alberta’s proposed data centres, the province would need the equivalent of 10–12 natural-gas power plants or multiple hydro-scale facilities — none of which can be built quickly.
What Landowners & Developers Should Be Considering Now
Before buying, selling, or developing industrial land, evaluate:
- Electrical capacity (present & future)
Is the site adjacent to existing grid infrastructure?
- Natural gas pipeline capacity
Major AI facilities rely heavily on gas-fired generation.
- Fiber redundancy
Data centres require multiple carriers and high-speed routes.
- Zoning flexibility
Not all municipalities allow high-power or data-centre uses.
- Future transmission upgrades
Proximity to planned AESO or ENMAX projects could dramatically increase long-term land value.
With the initial 1,200 MW allocation now exhausted, all remaining projects over 75 MW will fall under Phase 2 of AESO’s data-centre integration program.
Phase 2 will include industry engagements beginning November 27 to define a long-term framework. AESO has stated that early priorities include creating clear pathways for BYOG projects and planning future megawatt allocations.
Alberta is at a crossroads. The province has the natural resources, climate advantages, and industrial land base to support a major data-centre boom — but electricity infrastructure is now the defining constraint.
As AESO develops its long-term plan and Phase 2 integration rules, landowners, investors, and municipalities will need to watch closely. The next few years will determine whether Alberta becomes a global digital hub or whether growth will be paced by the speed of transmission expansion.
Written by Jamie Coulter – Vice President / Partner, Calgary Commercial Group / NAI Advent
Source: TransAlta secures access to Alberta’s grid under AI data-centre plan
Varcoe: Progress on data centres could help bolster slumping natural gas industry in Alberta
