Is Alberta Making Consumers Pay for Billionaires’ AI Factories? The Hidden Surcharge!

Alberta's aspiration to become a central hub for AI and Data farms is facing a monumental cost challenge.

The 29 already proposed facilities will require a staggering 33% more power than the entire province currently consumes. Estimates for the necessary and already identified electrical transmission and distribution upgrades in Alberta, originally projected at $7–$12 billion, could soar to add billions more to consumer debt.

Crucially, the burden of these enormous infrastructure upgrades, potentially amounting to billions more in costs, may ultimately be transferred directly to Alberta consumers.

While the AI and data farms stand to gain significantly, the primary beneficiaries, beyond the tech industry itself, will be natural gas providers who will profit from fueling the numerous new fossil fuel electrical generation plants required to secure power for these energy-hungry centres.

So; what is in it for Alberta electricity consumers other than higher transmission and distribution costs?

What do we get out of it?

I. Introduction: The Double Threat to Your Power Bill

Alberta has always been an energy superpower, and now our government is rolling out the red carpet for the global Artificial Intelligence (AI) industry. They promise economic growth and a technological boom. But behind the dazzling future of AI, there is a giant, unavoidable problem: electricity.

These new mega-sized AI and data centres are incredibly power hungry. They operate non-stop, requiring massive amounts of energy, the kind of energy demand that forces the entire electrical system to be rebuilt.

The central question Albertans must ask is simple: Who is going to pay for this multi-billion dollar rebuild?

Our investigation shows that the way Alberta’s electricity rules are set up, most of this massive financial burden, the cost of new substations, new high-voltage lines, and new supporting systems, will be shifted away from the wealthy tech companies and placed squarely onto the backs of ordinary residential and small businesses consumers through higher power delivery fees. This hidden cost will worsen an already difficult situation, as our system is strained by pre-existing, massive infrastructure costs.

The province faces a "double whammy" of expense: first, the huge cost of keeping the lights on in our existing, aging system, and second, the staggering exposure to the potential need associated with building entirely new systems big enough to feed the AI machines.

The Baseline Problem: Our Aging Grid Already Needs Billions

Even before the first AI data centre arrived, Alberta’s power grid was facing a monumental and mandatory renovation project. We are transitioning away from old coal plants and building infrastructure needed to support new renewable power like wind and solar.

This modernization effort is already costing vast sums. Estimates show that simply maintaining and transforming our already existing transmission and distribution grid, the giant poles, wires, and facilities that move power across the province, will require an investment of between $7 billion and $12 billion across Alberta.¹ 

This spending is not optional; it is required just to keep your lights reliable and integrate new energy sources. This massive cost is already built into the system transmission and distribution fees we all pay, as highlighted in a recent article on grid challenges entitled, Alberta’s Aging Power Grid.¹

This $7–12 billion is the base cost. The potential wave of AI facilities arriving, now threatens to pile billions more on top of that base cost, guaranteeing that power delivery tariffs will soar for everyone.

II. The Power Shock: The Unprecedented Scale of AI Hunger

To understand the financial risk, you must first understand the true size of these AI “farms.”

These are not like local businesses. They are massive facilities, often called "hyperscale" data centres, built to handle the intense computing demands of Artificial Intelligence models.³

Bigger Than a City

A single large data centre can require 100 megawatts (MW) of continuous power.⁵ To put that into perspective, 100 MW is enough electricity to run approximately 80,000 households.⁶ 

Imagine a facility the size of a few large warehouses consuming the same amount of power as a major city, running 24 hours a day, every day of the year.

Alberta has attracted proposals for a massive volume of this new load. Tech developers have asked the system operator to connect 29 separate data centre projects that would collectively require an incredible 16 gigawatts (GW) of power.⁸

To understand how staggering that number is, consider that the entire province of Alberta currently consumes about 12 GW of power during peak usage times.⁹ The industry is asking for 33% more than what the entire province currently uses.

The Grid Says No

The agency responsible for managing the power grid, the Alberta Electric System Operator (AESO), quickly realized the system couldn't handle this demand. AESO stated bluntly that the current grid “cannot possibly connect” all the proposed data centres.⁸

As a temporary fix, AESO put a small cap on new connections, allowing only 1,200 MW (1.2 GW) to proceed for two initial projects until around 2028.¹⁰ This 1,200 MW was the maximum load AESO felt it could handle without immediately requiring huge, complex transmission upgrades.¹²

The fact that 14.8 GW of load proposals remain on hold, the rest of the 16 GW, proves one thing: connecting these projects will require massive, multi-billion-dollar reinforcements to Alberta's high-voltage power lines and regional substations.¹³ And that is where the cost-shifting happens.

III. The Shell Game: How Utilities Shift the Cost to You

The biggest threat to your power bill is hidden deep within Alberta’s utility rules, specifically, AESO ISO Tariff, Section 4.¹⁴ These rules decide who pays for new power infrastructure.

In Alberta, power line companies (Transmission Facility Owners, or TFOs) are regulated monopolies. They spend money to build and upgrade the system, and the Alberta Utilities Commission (AUC) guarantees they can recover all "reasonable and necessary costs," plus a guaranteed rate of profit (a return on investment).¹⁵

The problem is how the cost of a new piece of power infrastructure, like a giant substation or a new 240 kV power line, gets assigned. The rules split costs into two main categories:

1. Direct Costs (Participant-Related Costs)

These are the costs directly related to hooking up a single customer, like the specific wire run from the main line to the data centre's property.¹⁷ The developer pays for this. This is fair: the person building the thing pays for their connection.

2. Shared Costs (System-Related Costs)

This is the loophole that empties your wallet. Shared Costs are defined as anything that is not a direct cost.¹⁷ If a data centre's demand is so huge that it forces the utility to build a completely new, multi-kilometre transmission line or upgrade an enormous regional substation, the utility can argue that this new infrastructure benefits the "system" as a whole, providing stability and capacity for everyone.¹⁷

If the AUC agrees that the infrastructure benefits the "system," the cost is socialized, meaning it is spread across the entire customer base, including every residential home and small business.¹³

The critical risk is that attracting 16 GW of concentrated, non-stop power demand requires enormous, foundational system upgrades.⁸ These necessary upgrades are precisely the types of big projects that utilities successfully argue should be classified as "Shared Costs." They become part of the regulated "rate base," guaranteeing the utility recovers the multi-billion-dollar investment, plus profit, from us, the general ratepayer.¹⁵

Lessons from Elsewhere

This is not just a theory; it is happening in other places trying to attract AI investment. In the United States, for instance, utilities have repeatedly sought to pass billions of dollars in transmission projects, triggered by clustered data centre demand, onto the public's general rates.¹³

As stakeholders themselves pointed out to AESO during consultations, the long-term plan must "demonstrate that large loads will pay their fair share of the transmission costs".²⁰ This pressure point confirms that the default path under current rules is for the public to absorb the cost.

IV. The Job Mirage: Minimal Employment, Maximum Burden

When governments offer billions in incentives and infrastructure support to attract Big Tech, they usually promise high-paying jobs and economic diversification. The reality of hyperscale AI centres is far less rosy.

The Construction vs. Operational Gap

Building these massive facilities will create a burst of temporary work. A large project might create up to 1,200 temporary construction jobs over a two-year period.²¹ That is good, but it is short-lived.

Once the ribbon is cut and the servers are humming, the demand for human labour drops off dramatically. These facilities are highly automated. A massive data centre that consumes 100 MW of power, the equivalent of tens of thousands of homes, only requires around 100 full-time operational employees.²¹

The trade-off is stark: A tiny number of permanent jobs in exchange for an ongoing, enormous strain on the province's energy resources and a potential multi-billion-dollar infrastructure bill absorbed by millions of ratepayers.

The True Beneficiary: Natural Gas Companies

If the public is not the big winner, who is?

Alberta is an energy province, and our electricity is largely powered by natural gas.²² The huge, non-stop appetite of the AI data centres creates a massive, guaranteed new demand for natural gas consumption for decades to come.²⁴

Whether the power is generated by the utility or by the tech company itself (as proposed by new legislation), the necessary fuel will be Alberta natural gas.²⁵ The government’s drive to attract AI therefore acts as a significant market driver, securing a massive, multi-decade revenue stream for natural resource companies.²⁴ The public takes on the infrastructure costs; the resource companies get a massive, guaranteed new market!

V. The Climate Conflict: Reversing Emission Progress

Alberta has made significant progress in reducing its carbon footprint by eliminating coal power generation ahead of schedule.²⁶ This was a hard-won victory that has substantially reduced emissions from the electricity sector.²⁶

However, the rapid addition of gigawatts of new load, which must primarily be served by new natural gas generation, threatens to undo this progress.²⁶

Alberta’s High-Carbon Grid

Despite the coal phase-out, Alberta’s electricity system is still one of the most carbon-intensive in Canada because of its reliance on natural gas.²³ In 2022, the grid’s emissions intensity was estimated at 470 grams of CO2e per kilowatt-hour (g CO2e/kWh).²³

We can estimate the immediate environmental impact of just the 1,200 MW of data centre load AESO has already allocated for Phase 1.¹⁰

If this 1,200 MW runs 24/7, 365 days a year, its annual energy consumption is equivalent to about 10.5 million megawatt-hours (MWh). Using the grid’s carbon intensity, this single addition of load generates approximately 4.94 million Tonnes (MT) of CO²e annually.²⁶

In 2023, the power sector’s total emissions in Alberta were 19.2 MT of CO2e.²⁶ The 4.94 MT added by just the first 1,200 MW represents a massive increase, a setback that directly conflicts with the province's efforts to reach its climate targets.²⁶ By greenlighting massive, concentrated demand, the province locks in decades of higher carbon intensity for our electricity system.

VI. The Policy Fixes That Fall Short: Bill 8 and Bill 12

The Alberta government is aware of the energy strain and has tried to create policy solutions to manage the boom. Two pieces of legislation, Bill 8 and Bill 12, are meant to address the problems, but they contain crucial loopholes that still leave consumers exposed.

Bill 8: Encouraging Self-Generation

The Utilities Statutes Amendment Act, 2025 (Bill 8) was introduced to encourage data centres to “bring their own generation” (BYOG).²² The idea is that if the AI factory builds its own gas-fired power plant right beside its facility, it will relieve pressure on the main grid, thereby "not compromising affordability or reliability for Albertans".²²

The loophole is in the reliability guarantee. A massive AI factory demanding near-perfect uptime (99.999 %) cannot rely solely on its own generation.²⁸ It needs a massive, high-capacity, firm connection to the main grid for instantaneous backup in case its own generator fails.¹⁹

The cost for that firm backup capacity, the expensive high-voltage lines, the specialized substations, and the system reinforcement needed to safely draw that backup power, is still subject to the "Shared Cost" (SRC) loophole.¹⁷ 

Bill 8 solves the generation problem (the data centre pays for the generator), but it does not solve the transmission and system reinforcement problem (the ratepayer still risks paying for the system backup).⁸

Bill 12: The Tax-Deductible Levy

In addition to Bill 8, the province proposed a levy framework, sometimes referred to as Bill 12, which would apply a two percent levy on the value of computer equipment in large data centres (75 MW or more).⁸

However, the bill states that the amount of the levy paid will be deductible from the corporate income taxes paid in Alberta.⁸ By making the fee tax-deductible, the levy essentially becomes a small corporate tax adjustment rather than a dedicated fund to offset the multi-billion-dollar cost of new utility infrastructure that the public is being asked to finance.⁸

It is too small and too easily offset to protect the ratepayer from massive increases in transmission fees.

VII. Conclusion: A Call for Transparency and Fair Pricing

Alberta’s push to become an AI hub is happening at a precarious time, just as we are facing a multi-billion-dollar mandate to modernize our existing, aging power grid.

The choice is clear: We can either allow Big Tech companies to leverage Alberta’s existing infrastructure for maximum private profit while the public pays the infrastructure bill, or we can demand a regulatory change that forces those who create the demand to pay the full, unsubsidized cost of the infrastructure they require.

Other jurisdictions have faced this issue, with utilities using complex rate structures and even special, secret contracts to shift industrial energy costs onto residential consumers.¹³ We must ensure Alberta avoids this pitfall.

The provincial government and the regulatory bodies (AESO and the AUC) must use the ongoing Phase 2 planning process for large loads to protect the consumer. This requires changing the rules to ensure that the massive new transmission lines and substations, which are only necessary because of the potential 16 GW of AI demand, are classified as Direct Costs for the developers, not Shared Costs for Alberta families.²⁰

Until that change is made, Alberta families face an unnecessary, unfair, and substantial hike in their power delivery fees, financing a tech boom that delivers minimal jobs and significantly threatens the province’s hard-won climate progress.

VIII. Frequently Asked Questions

1. What exactly are these AI data centres and why do they use so much power?

These are massive factories full of computer servers and cooling equipment needed to run Artificial Intelligence programs. They run non-stop, 24/7, and require huge amounts of electricity. A single large centre can use 100 megawatts (MW), which is roughly enough power for 80,000 households.⁵

2. How could this increase my home electricity bill?

These facilities require expensive, brand-new power infrastructure (like huge transmission lines and regional substations). Current rules allow these costs to be classified as "Shared Costs" because they benefit the entire system, meaning the total bill is spread out among all residential and commercial customers through higher power delivery fees.¹⁷

3. What does "Shared Costs" mean in my power bill?

The official term is "System-Related Costs." It means that instead of the data centre company paying for the infrastructure required for its own project, the costs are recovered from the general public, including you, through the fixed charges on your utility bill.¹³

4. How much is the existing cost just to maintain Alberta's grid?

Even without the AI centres, Alberta is already required to spend between $7 billion and $12 billion to modernize its existing transmission and distribution grid, moving away from old coal infrastructure and integrating renewables.¹ The new AI costs will be layered on top of this already huge bill.

5. Does the proposed Bill 8 solve this cost problem?

Bill No. 8 encourages data centres to "Bring Your Own Generation" (BYOG), meaning they build their own power plants.²² However, because they need extremely reliable power, they still require a massive, expensive backup connection to the main grid. The infrastructure for this backup still risks being charged as a "Shared Cost" to consumers.¹⁷

6. Will these AI centres bring a lot of jobs to Alberta?

They generate many temporary construction jobs (around 1,200 for a large site).²¹ But once they are running, a massive 100 MW facility only needs about 100 full-time operational employees. The energy use and infrastructure cost far outweigh the long-term job creation.²¹

7. How do these facilities affect our climate goals?

Since Alberta’s grid is heavily reliant on natural gas, building new generation to serve these huge, non-stop loads increases carbon emissions significantly.²⁴ The initial 1,200 MW of approved load alone could add approximately 4.94 million tonnes of CO²e annually, directly threatening the progress made by phasing out coal.²⁶

8. What must change to protect consumers?

Alberta’s regulatory body, the AUC, needs to apply the principle of cost causation, meaning the companies that demand and necessitate the huge new infrastructure should be classified as responsible for paying the full capital costs, preventing them from being passed to residential ratepayers.¹³

IX. Bibliography

1. Alberta Electric System Operator (AESO). (2025). 2025 Long-Term Transmission Plan.³¹

2. Alberta Electric System Operator (AESO). (2025). 2025 Transmission Rate Outlook.

3. Alberta Electric System Operator (AESO). (2025). Classification and Allocation of Connection Projects Costs (ISO Tariff Section 4).¹⁷

4. Alberta Electric System Operator (AESO). (2025). Large Load Projects.¹⁰

5. Alberta Electric System Operator (AESO). (2025). Phase II Pre-Engagement Consolidated Written Feedback.²⁰

6. Alberta Energy Regulator (AER). (2025). Alberta Energy Outlook ST98: Natural Gas Demand.²⁴

7. Alberta Government. (2025). Alberta's Greenhouse Gas Emissions Reduction Performance.²⁶

8. Alberta Government. (2025). Powering new pathways for data centres (Bill 8).²²

9. Alberta Utilities Commission (AUC). (n.d.). Transmission Rates.¹⁵

10. Bennett Jones. (2025). Large Load Integration on Alberta's Electricity Grid: AESO's Proposed Approach for Data Centre Connections.¹²

11. Canadian Energy Regulator (CER). (n.d.). Provincial/Territorial Energy Profiles: Alberta.²³

12. CBC News. (2025). Alberta introduces new plan to incentivize data centres to power themselves (Bill 8, Bill 12).⁸

13. CBC News. (2025). Alberta's power grid 'cannot possibly connect' all proposed data centres, system operator says.⁸

14. Congressional Research Service (CRS). (2025). Data Centres and Energy Use.⁶

15. FortisAlberta. (2024). FortisAlberta's Contribution Program.

16. Harvard Environmental & Energy Law Program (EELP). (2025). Extracting Profits from the Public.¹³

17. IEA. (2024). What the data centre and AI boom could mean for the energy sector.⁵

18. NetChoice. (2020). Michigan Data Centre Impact Estimates.²¹

19. REGlobal. (2025). Alberta's Power Transformation: Plans to invest CAD 7-12 billion in grid modernisation.³³

20. University of Michigan. (2025). Data Centre Growth: Opportunities and Challenges.¹⁹

21. Yahoo News Canada. (2025). Alberta government proposes changes to Bill 8, looks to open new pathways for powering AI data centres.²⁹

22. The Tyee. (2025). AI Demands to Be Fed All Servers Now.⁹