Energy
Federal regulations threaten Ontario’s ability to meet electricity demand

From the Fraser Institute
“Newer forms of supply, such as energy storage, are not ready to operate at the scale that would be needed to compensate; nor is there enough time or resources to build the necessary generation and transmission infrastructure to replace gas generation within an eight-year timeframe.”
A new report from Ontario’s Independent Electricity System Operator (IESO) suggests that electric vehicles and artificial intelligence facilities will drive a massive increase in demand for electricity in Ontario’s not-too-distant future.
The IESO estimates that overall electricity demand will grow by a projected 75 per cent by 2050, which is higher than the 60 per cent increase previously forecasted. The IESO attributes that growth in demand to a number of factors including industrial electric vehicle (EV) production and data centres (increasingly AI-driven). In fact, the IESO reportedly forecasts at least 16 new data centres will be in service by 2035, driving 13 per cent of the new electricity demand.
But where will all that electricity come from?
Under Canada’s current climate and energy policies, it won’t come from fossil fuels, which are to essentially regulated out of use by 2050 per the Trudeau government’s “net zero” greenhouse gas (GHG) plan and proposed Clean Electricity Regulations expected to be enacted by the end of this year. Assuming those frameworks remain in place in coming years, the increased demand for electricity must be met with low- or zero-GHG emitting forms of generation, which include wind power, solar power, hydropower, nuclear power and biomass power generation.
But Ontario already faces a stiff challenge in replacing existing fossil fuel electricity generation with renewables, even before all this new EV/AI-driven demand. In 2021, IESO released a study assessing the impacts of phasing out natural gas generation by 2030. It found that natural gas generation “provides a level of flexibility to respond to changing system needs that would be impossible to replace in the span of just eight years [the province’s current goal].”
The IESO also noted that natural gas power generation in Ontario provides almost three-quarters of the system’s ability to respond quickly to changes in demand. And that the proposed alternate energy technologies are not ready for widespread implementation: “Newer forms of supply, such as energy storage, are not ready to operate at the scale that would be needed to compensate; nor is there enough time or resources to build the necessary generation and transmission infrastructure to replace gas generation within an eight-year timeframe.”
In other words, meeting Ontario’s growing electricity demand by 2030 with low- and no-GHG emitting technologies—without raising electricity prices or destabilizing the grid—will be challenging to say the least.
In light of projected increased electricity demand from AI and EVs (not to mention newer technologies that AI might spawn), the Ontario government should demand relief from the Trudeau government’s forthcoming Clean Electricity Regulations. Without such relief, Ontario might not be able to meet future electricity demand, which would stifle not only the future EV market and the AI revolution, but all other electricity-consuming industries, costing Ontario a great deal of potential economic growth and the prosperity that accompanies it.
Author:
Daily Caller
AI Needs Natural Gas To Survive

From the Daily Caller News Foundation
By David Blackmon
As recent studies project a big rise in power generation demand from the big datacenters that are proliferating around the United States, the big question continues to focus in on what forms of generation will rise to meet the new demand. Most datacenters have plans to initially interconnect into local power grids, but the sheer magnitude of their energy needs threatens to outstrip the ability of grid managers to expand supply fast enough.
This hunger for more affordable, 24/7 baseload capacity is leading to a variety of proposed solutions, including President Donald Trump’s new executive orders focused on reviving the nation’s coal industry, scheduled to be signed Tuesday afternoon. But efforts to restart the permitting of new coal-fired power plants in the US will require additional policy changes, efforts which will take time and could ultimately fail. In the meantime, datacenter developers find themselves having to delay construction and completion dates until firm power supply can be secured.
Datacenters specific to AI technology require ever-increasing power loads. For instance, a single AI query can consume nearly ten times the power of a traditional internet search, and projections suggest that U.S. data center electricity consumption could double or even triple by 2030, rising from about 4-5% of total U.S. electricity today to as much as 9-12%. Globally, data centers could see usage climb from around 536 terawatt-hours (TWh) in 2025 to over 1,000 TWh by 2030. In January, a report from the American Security Project estimated that datacenters could consume about 12% of all U.S. power supply.
Obviously, the situation calls for innovative solutions. A pair of big players in the natural gas industry, Liberty Energy and Range Resources, announced on April 8 plans to diversify into the power generation business with the development of a major new natural gas power plant to be located in the Pittsburgh area. Partnering with Imperial Land Corporation (ILC), Liberty and Range will locate the major power generation plant in the Fort Cherry Development District, a Class A industrial park being developed by ILC.
“The strategic collaboration between Liberty, ILC, and Range will focus on a dedicated power generation facility tailored to meet the energy demands of data centers, industrial facilities, and other high-energy-use businesses in Pennsylvania,” the companies said in a joint release.
Plans for this new natural gas power project follows closely on the heels of the March 22 announcement for plans to transform the largest coal-fired power plant in Pennsylvania, the Homer City generating station, into a new gas-fired facility. The planned revitalized plant would house 7 natural gas turbines with a combined capacity of 4.5 GW, enough power 3 million homes.
Both the Homer City station and the Fort Cherry plant will use gas produced out of the Appalachia region’s massive Marcellus Shale formation, the most prolific gas basin in North America. But plans like these by gas companies to invest in their own products for power needs aren’t isolated to Pennsylvania.
In late January, big Permian Basin oil and gas producer Diamondback Energy told investors that it is seeking equity partners to develop a major gas-fired plan on its own acreage in the region. The facility would primarily supply electricity to data centers, which are expected to proliferate in Texas due to the AI boom, while also providing power for Diamondback’s own field operations. This dual-purpose approach could lower the company’s power costs and create a new revenue stream by selling excess electricity.
Prospects for expansion of gas generation in the U.S. received a big boost in January when GE Vernova announced plans for a $600 million expansion of its manufacturing capacity for gas turbines and other products in the U.S. GE Vernova is the main supplier of turbines for U.S. power generation needs. The company plans to build 37 gas power turbines in 2025, with a potential increase to over 70 by 2027, to meet rising energy demands.
The bottom line on these and other recent events is this: Natural gas is quickly becoming the power generation fuel of choice to feed the needs of the expanding datacenter industry through 2035, and potentially beyond. Given that reality, the smart thing to do for these and other companies in the natural gas business is to put down big bets on themselves.
David Blackmon is an energy writer and consultant based in Texas. He spent 40 years in the oil and gas business, where he specialized in public policy and communications.
Bjorn Lomborg
The stupidity of Net Zero | Bjorn Lomborg on how climate alarmism leads to economic crisis

From spiked on YouTube
Note: This interview is focused on Europe and the UK. It very much applies to Canada. The 2025 Federal Election which will see Canadians choose between a more common sense approach, and spending the next 4 years continuing down the path of pursuing “The Stupidity of Net Zero”.
European industry is in freefall, and Net Zero is to blame.
Here, climate economist Bjorn Lomborg – author of Best Things First and False Alarm – explains how panic over climate change is doing far more damage than climate change itself. Swapping cheap and dependable fossil fuels for unreliable and expensive renewables costs our economies trillions, but for little environmental gain, Lomborg says.
Plus, he tackles the myth of the ‘climate apocalypse’ and explains why there are more polar bears than ever.
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