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. |
Energy
Canadians will soon be versed in massive West Coast LPG mega-project
Welcome to the world of REEF
Most Canadians, know who Connor McDavid is.
Most Canadians, know who Connor Bedard is.
And, well … most Canadians know who Howie Mandel is, right?
Household words.
But do any Canadians, know what REEF is? Probably not.
The Ridley Island Energy Export Facility project, a large-scale terminal near Prince Rupert, B.C., being built by AltaGas to export liquefied petroleum gas (LPG) and other bulk liquids to global markets.
Did you know it is providing valuable propane to Japan? No, not for barbecues, but for crucial energy demands in the Asian nation.
Japan uses propane (LP gas) for a wide range of purposes, including household use for cooking, water heating, and room heating, as well as for a majority of taxis, industrial applications, and as a raw material for town gas production.
Construction is progressing, with a target startup around the end of 2026. The project involves building significant infrastructure, including large storage tanks.
And it just so happens that Resource Works CEO Stewart Muir, paid a visit this past week to get a close-up look at a part of Canada’s export story that almost nobody talks about: a brand-new accumulator tank built to hold chilled propane and butane.
“It’s the largest of its kind anywhere. Two more are on the way, and together they’ll form a critical piece of the AltaGas Ltd. REEF project,” Muir said in a report.
”What stood out to me is the larger pattern: projects like this only happen because of the crown jewel of the B.C. economy — the Montney Formation.”
“It’s the triple-word-score of Canadian resource development: LNG, valuable natural gas liquids like propane, and the diluent streams that help unlock Canada’s single biggest export category, crude oil.”
Like the oilsands, the industry has long known about the Montney formation, which stretches 130,000 square kilometres in a football-shaped diagonal from northeast British Columbia into northwest Alberta.
According to CBC News, underneath this huge tract of land, the National Energy Board (NEB) estimates there’s 90 billion barrels of oil equivalent (boe), most of it natural gas. That’s more than half the size of the oilsands, yet the Montney has received only a fraction of the attention, at least from the public at large.
For oil and gas types, the gold rush is on.
Without question, and despite the ire of green groups who seem to be against any kind of resource development in Canada, the Montney is the quiet force multiplier behind local jobs, municipal tax bases, and the national balance of trade.
And it’s all being done at the highest environmental standard, with producers like Tourmaline Oil Corp already posting a 41% reduction in CO2 emission intensity and a target of 55% less methane emission intensity.
”Congrats to AltaGas for pushing this project forward, and a nod as well to other major employers on the North Coast — Trigon, CN and Pembina, writes Muir.
“Quietly and steadily, they’re building the future prosperity of Canadians. And thanks to Mayor Herb Pond, who took the time to walk us through the regional dynamics that make this corridor such a strategic asset.”
Muir was gobsmacked by the size of the project.
Sources say Alberta’s midstream bottleneck and rapid growth of Shale oil and gas exploration and production, has created an absolute glut in ethane, propane and butane. Ridley Island takes this glut and transports it to the Prince Rupert region by railcar and exports to Asian markets.
Ridley Island’s current export capacity of 92,000 bpd is undergoing aggressive expansion to growth by another 115,000 bpd over the next few years in two more phases of construction.
Recent images detail active construction efforts of the storage, jetty and rail infrastructure.
Alas, every issue that threatens to derail the ambitions of Canada’s oil and gas industry — access to market, First Nations land rights, public acceptance of infrastructure projects and, especially, the climate consequences of burning fossil fuels — is writ large in the Montney.
There are now seven separate lawsuits, and threats of further escalation, centred on claims by the Lax Kw’alaams and Metlakatla First Nations (collectively the Coast Tsimshian) that they were misled and lied to by the Crown when they agreed to developments on their traditional lands at Prince Rupert, John Ivison at the National Post reported.
The dispute over a future propane export facility at the port has spread to other resource projects, and the two First Nations have launched lawsuits against the Ksi Lisims LNG project that was one of the Liberal government’s major projects announced by the prime minister last week.
Further, the conflict threatens to negatively impact any plans Ottawa and the province of Alberta have to build an oil pipeline to the port.
Prime Minister Mark Carney’s recent announcements giving the green light to Alberta’s oil & gas industry has stirred the energy pot to new levels.
B.C. Premier David Eby — who prides himself on Indigenous virtue signalling — is pissed off. It appears he was largely left out of the loop and he is digging in.
Eby said the B.C. government needs to make sure this pipeline project doesn’t become an “energy vampire.”
“With all of the variables that have yet to be fulfilled — no proponent, no route, no money, no First Nations support — that it cannot draw limited federal resources, limited Indigenous governance resources, limited provincial resources away from the real projects that will employ people,” Eby added.
B.C.’s Coastal First Nations also say they will use “every tool in their toolbox” to keep oil tankers out of the northern coastal waters.
It is now apparent that all roads, or, shall we say, pipelines, lead to Prince Rupert.
The feds now face an imposing uphill battle, to leverage their standing as a regulator and resolve a dispute that threatens Canada’s crucial growth agenda.
— with files from CBC News, National Post
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Alberta
Net Zero goal is a fundamental flaw in the Ottawa-Alberta MOU
From the Fraser Institute
By Jason Clemens and Elmira Aliakbari
The challenge of GHG emissions in 2050 is not in the industrial world but rather in the developing world, where there is still significant basic energy consumption using timber and biomass.
The new Memorandum of Understanding (MOU) between the federal and Alberta governments lays the groundwork for substantial energy projects and infrastructure development over the next two-and-a-half decades. It is by all accounts a step forward, though, there’s debate about how large and meaningful that step actually is. There is, however, a fundamental flaw in the foundation of the agreement: it’s commitment to net zero in Canada by 2050.
The first point of agreement in the MOU on the first page of text states: “Canada and Alberta remain committed to achieving net zero greenhouse gas emissions by 2050.” In practice, it’s incredibly difficult to offset emissions with tree planting or other projects that reduce “net” emissions, so the effect of committing to “net zero” by 2050 means that both governments agree that Canada should produce very close to zero actual greenhouse gas (GHG) emissions. Consider the massive changes in energy production, home heating, transportation and agriculture that would be needed to achieve this goal.
So, what’s wrong with Canada’s net zero 2050 and the larger United Nations’ global goal for the same?
Let’s first understand the global context of GHG reductions based on a recent study by internationally-recognized scholar Vaclav Smil. Two key insights from the study. First, despite trillions being spent plus international agreements and regulatory measures starting back in 1997 with the original Kyoto agreement, global fossil fuel consumption between then and 2023 increased by 55 per cent.
Second, fossil fuels as a share of total global energy declined from 86 per cent in 1997 to 82 per cent in 2022, again, despite trillions of dollars in spending plus regulatory requirements to force a transition away from fossil fuels to zero emission energies. The idea that globally we can achieve zero emissions over the next two-and-a-half decades is pure fantasy. Even if there is an historic technological breakthrough, it will take decades to actually transition to a new energy source(s).
Let’s now understand the Canada-specific context. A recent study examined all the measures introduced over the last decade as part of the national plan to reduce emissions to achieve net zero by 2050. The study concluded that significant economic costs would be imposed on Canadians by these measures: inflation-adjusted GDP would be 7 per cent lower, income per worker would be more than $8,000 lower and approximately 250,000 jobs would be lost. Moreover, these costs would not get Canada to net zero. The study concluded that only 70 per cent of the net zero emissions goal would be achieved despite these significant costs, which means even greater costs would be imposed on Canadians to fully achieve net zero.
It’s important to return to a global picture to fully understand why net zero makes no sense for Canada within a worldwide context. Using projections from the International Energy Agency (IEA) in its latest World Energy Outlook, the current expectation is that in 2050, advanced countries including Canada and the other G7 countries will represent less than 25 per cent of global emissions. The developing world, which includes China, India, the entirety of Africa and much of South America, is estimated to represent at least 70 per cent of global emissions in 2050.
Simply put, the challenge of GHG emissions in 2050 is not in the industrial world but rather in the developing world, where there is still significant basic energy consumption using timber and biomass. A globally-coordinated effort, which is really what the U.N. should be doing rather than fantasizing about net zero, would see industrial countries like Canada that are capable of increasing their energy production exporting more to these developing countries so that high-emitting energy sources are replaced by lower-emitting energy sources. This would actually reduce global GHGs while simultaneously stimulating economic growth.
Consider a recent study that calculated the implications of doubling natural gas production in Canada and exporting it to China to replace coal-fired power. The conclusion was that there would be a massive reduction in global GHGs equivalent to almost 90 per cent of Canada’s total annual emissions. In these types of substitution arrangements, the GHGs would increase in energy-producing countries like Canada but global GHGs would be reduced, which is the ultimate goal of not only the U.N. but also the Carney and Smith governments as per the MOU.
Finally, the agreement ignores a basic law of economics. The first lesson in the very first class of any economics program is that resources are limited. At any given point in time, we only have so much labour, raw materials, time, etc. In other words, when we choose to do one project, the real cost is foregoing the other projects that could have been undertaken. Economics is mostly about trying to understand how to maximize the use of limited resources.
The MOU requires massive, literally hundreds of billions of dollars to be used to create nuclear power, other zero-emitting power sources and transmission systems all in the name of being able to produce low or even zero-emitting oil and gas while also moving to towards net zero.
These resources cannot be used for other purposes and it’s impossible to imagine what alternative companies or industries would have been invested in. What we do know is that workers, entrepreneurs, businessowners and investors are not making these decisions. Rather, politicians and bureaucrats in Ottawa and Edmonton are making these decisions but they won’t pay any price if they’re wrong. Canadians pay the price. Just consider the financial fiasco unfolding now with Ottawa, Ontario and Quebec’s subsidies (i.e. corporate welfare) for electric vehicle batteries.
Understanding the fundamentally flawed commitment to Canadian net zero rather than understanding a larger global context of GHG emissions lays at the heart of the recent MOU and unfortunately for Canadians will continue to guide flawed and expensive policies. Until we get the net zero policies right, we’re going to continue to spend enormous resources on projects with limited returns, costing all Canadians.
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