Energy
The grid is the ‘most complicated machine’ ever built, and AI is stressing it out

News release from The Deep View
At the beginning of the year, the International Energy Agency (IEA) found that, in 2022, data centers consumed around 460 terawatt-hours (TWh) of energy, or around 3% of global electricity use. The IEA further predicted that this number will likely more than double to around 1,000 TWh by 2026 — roughly the equivalent of Japan — due, at least in part, to the energy demands of artificial intelligence. |
Many of the massive investments being made around the world in AI have to do with building more data centers, even as existing data centers are consuming more energy than ever before. What this means for carbon emissions is complicated (since it depends on the cleanliness of the grid at each data center location), but today, we’re talking about the grid. |
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What’s going on here is that, driven by spiking data center demand, electricity demand is currently experiencing a prolonged surge. Mariko McDonagh Meier, the chief revenue officer for energy storage developer Convergent, told me that this is significant, as energy demand had been relatively flat for the past 20+ years. |
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The details: Grid operators, according to Meier, have the basic charge of ensuring the grid is reliable. This means managing electricity supply and demand in real-time. If a massive machine — or data center — comes online and its accompanying demand hasn’t been properly accounted for, it could “break a lot of stuff.” |
The reality, according to Meier, is that “the grid is the most complicated machine that’s ever been built, truly, because it is an interconnected machine.” The reason behind this interconnection has to do with built-in fail-safes; local problems can be solved by drawing on power from other places. This enhances the reliability of each interconnected grid (the U.S. and Canadian power grids, for example, are connected at 37 different points for this very reason). |
The result of this interconnection — coupled with a lack of storage capabilities built into the grid — is that the grid has to be constantly balanced. This data center-driven increase then poses a significant challenge to grid operators, resulting additionally in delays for new data centers to come online. |
In order to meet this surging demand, and in order to keep the grid reliable, the retirement dates of environmentally damaging coal plants are being pushed back in the U.S. |
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A big solution to this rather complex mess, according to Meier, involves solar plus storage tech (something that Convergent offers). Depending on the size of the solar array in question, the combination can be enough to power a data center, perhaps with a minimal connection to the grid — the result is cheaper, sustainable energy production that doesn’t impact grid reliability. |
Business
Potential For Abuse Embedded In Bill C-5

From the National Citizens Coalition
By Peter Coleman
“The Liberal government’s latest economic bill could cut red tape — or entrench central planning and ideological pet projects.”
On the final day of Parliament’s session before its September return, and with Conservative support, the Liberal government rushed through Bill C-5, ambitiously titled “One Canadian Economy: An Act to enact the Free Trade and Labour Mobility in Canada Act and the Building Canada Act.”
Beneath the lofty rhetoric, the bill aims to dismantle interprovincial trade barriers, enhance labour mobility, and streamline infrastructure projects. In principle, these are worthy goals. In a functional economy, free trade between provinces and the ability of workers to move without bureaucratic roadblocks would be standard practice. Yet, in Canada, decades of entrenched Liberal and Liberal-lite interests, along with red tape, have made such basics a pipe dream.
If Bill C-5 is indeed wielded for good, and delivers by cutting through this morass, it could unlock vast, wasted economic potential. For instance, enabling pipelines to bypass endless environmental challenges and the usual hand-out seeking gatekeepers — who often demand their cut to greenlight projects — would be a win. But here’s where optimism wanes, this bill does nothing to fix the deeper rot of Canada’s Laurentian economy: a failing system propped up by central and upper Canadian elitism and cronyism. Rather than addressing these structural flaws of non-competitiveness, Bill C-5 risks becoming a tool for the Liberal government to pick more winners and losers, funneling benefits to pet progressive projects while sidelining the needs of most Canadians, and in particular Canada’s ever-expanding missing middle-class.
Worse, the bill’s broad powers raise alarms about government overreach. Coming from a Liberal government that recently fear-mongered an “elbows up” emergency to conveniently secure an electoral advantage, this is no small concern. The lingering influence of eco-radicals like former Environment Minister Steven Guilbeault, still at the cabinet table, only heightens suspicion. Guilbeault and his allies, who cling to fantasies like eliminating gas-powered cars in a decade, could steer Bill C-5’s powers toward ideological crusades rather than pragmatic economic gains. The potential for emergency powers embedded in this legislation to be misused is chilling, especially from a government with a track record of exploiting crises for political gain – as they also did during Covid.
For Bill C-5 to succeed, it requires more than good intentions. It demands a seismic shift in mindset, and a government willing to grow a spine, confront far-left, de-growth special-interest groups, and prioritize Canada’s resource-driven economy and its future over progressive pipe dreams. The Liberals’ history under former Prime Minister Justin Trudeau, marked by economic mismanagement and job-killing policies, offers little reassurance. The National Citizens Coalition views this bill with caution, and encourages the public to remain vigilant. Any hint of overreach, of again kowtowing to hand-out obsessed interests, or abuse of these emergency-like powers must be met with fierce scrutiny.
Canadians deserve a government that delivers results, not one that manipulates crises or picks favourites. Bill C-5 could be a step toward a freer, stronger economy, but only if it’s wielded with accountability and restraint, something the Liberals have failed at time and time again. We’ll be watching closely. The time for empty promises is over; concrete action is what Canadians demand.
Let’s hope the Liberals don’t squander this chance. And let’s hope that we’re wrong about the potential for disaster.
Peter Coleman is the President of the National Citizens Coalition, Canada’s longest-serving conservative non-profit advocacy group.
Bjorn Lomborg
The Physics Behind The Spanish Blackout

From the Frontier Centre for Public Policy
Madrid knew solar and wind power were unreliable but pressed ahead anyway
When a grid failure plunged 55 million people in Spain and Portugal into darkness at the end of April, it should have been a wake-up call on green energy. Climate activists promised that solar and wind power were the future of cheap, dependable electricity. The massive half-day blackout shows otherwise. The nature of solar and wind generation makes grids that rely on them more prone to collapse—an issue that’s particularly expensive to ameliorate.
As I wrote in these pages in January, the data have long shown that environmentalists’ vision of cheap, reliable solar and wind energy was a mirage. The International Energy Agency’s latest cost data continue to underscore this: Consumers and businesses in countries with almost no solar and wind on average paid 11 U.S. cents for a kilowatt hour of electricity in 2023, but costs rise by more than 4 cents for every 10% increase in the portion of a nation’s power generation that’s covered by solar and wind. Green countries such as Germany pay 34 cents, more than 2.5 times the average U.S. rate and nearly four times China’s.
Prices are high in no small part because solar and wind require a duplicate backup energy system, often fossil-fuel driven, for when the sun doesn’t shine or the wind doesn’t blow. The Iberian blackout shows that the reliability issues and costs of solar and wind are worse than even this sort of data indicates.
Grids need to stay on a very stable frequency—generally 50 Hertz in Europe—or else you get blackouts. Fossil-fuel, hydro and nuclear generation all solve this problem naturally because they generate energy by powering massive spinning turbines. The inertia of these heavy rotating masses resists changes in speed and hence frequency, so that when sudden demand swings would otherwise drop or hike grid frequency, the turbines work as immense buffers. But wind and solar don’t power such heavy turbines to generate energy. It’s possible to make up for this with cutting-edge technology such as advanced inverters or synthetic inertia. But many solar and wind farms haven’t undergone these expensive upgrades. If a grid dominated by those two power sources gets off frequency, a blackout is more likely than in a system that relies on other energy sources.
Spain has been forcing its grid to rely more on unstable renewables. The country has pursued an aggressive green policy, including a commitment it adopted in 2021 to achieve “net zero” emissions by 2050. The share of solar and wind as a source of Spain’s electricity production went from less than 23% in 2015 to more than 43% last year. The government wants its total share of renewables to hit 81% in the next five years—even as it’s phasing out nuclear generation.
Just a week prior to the blackout, Spain bragged that for the first time, renewables delivered 100% of its electricity, though only for a period of minutes around 11:15 a.m. When it collapsed, the Iberian grid was powered by 74% renewable energy, with 55% coming from solar. It went down under the bright noon sun. When the Iberian grid frequency started faltering on April 28, the grid’s high proportion of solar and wind generation couldn’t stabilize it. This isn’t speculation; it’s physics. As the electricity supply across Spain collapsed, Portugal was pulled along, because the two countries are tightly interconnected through the Iberian electricity network.
Madrid had been warned. The parent company of Spain’s grid operator admitted in February: “The high penetration of renewable generation without the necessary technical capabilities in place to keep them operating properly in the event of a disturbance . . . can cause power generation outages, which could be severe.”
Yet the Spanish government is still in denial. Even while admitting that he didn’t know the April blackout’s cause, Prime Minister Pedro Sánchez insisted that there was “no empirical evidence” that renewables were to blame and that Spain is “not going to deviate a single millimeter” from its green energy ambitions.
Unless the country—and its neighbors—are comfortable with an increased risk of blackouts, this will require expensive upgrades. A new Reuters report written with an eye to the Iberian blackout finds that for Europe as a whole this would cost trillions of dollars in infrastructure updates. It’s possible that European politicians can talk voters into eating that cost. It’ll be impossible for India or nations in Africa to follow suit.
That may be unwelcome news to Mr. Sánchez, but even a prime minister can’t overcome physics. Spain’s commitment to solar and wind is forcing the country onto an unreliable, costly, more black-out-prone system. A common-sense approach would hold off on a sprint for carbon reductions and instead put money toward research into actually reliable, affordable green energy.
Unfortunately for Spain and those countries unlucky enough to be nearby, the Spanish energy system—as one Spanish politician put it—“is being managed with an enormous ideological bias.”
Bjorn Lomborg is president of the Copenhagen Consensus, a visiting fellow at Stanford University’s Hoover Institution and author of “Best Things First.”
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