In the first post in this data center series, I introduced the staggering power density of neural computing systems used for artificial intelligence. At the macro level, in Northern Virginia alone, Dominion Energy projects data center load growth to increase from 3.3 GW today to 50 GW based on requested and projected load additions. Last week, in the fourth post, I described electric loads at the facility level, which reach well north of 200 MW. Only three to five hyperscale data centers, each with the power requirements of an aircraft carrier, can take all the power from a 1,000 MW…
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One of many sources of information that fuel my brain to write this blog is the American Energy Society’s Energy Matters newsletter. The newsletter features many items I don’t find elsewhere, and impressively, they seem unbiased – it is what it is. Power Generation According to a linked New York Times article, 200 coal-fired power plants have closed in the last decade, with 200 remaining and 50 slated for shutdown in the next five years. They also linked to this informative, interactive map showing power generation from the Energy Information Administration. The black dots represent the remaining coal-fired power plants,…
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A recent Realclearwire.com article noted that since 2021, the cumulative effect of persistent inflation has reduced Americans’ purchasing power by 19%. Since 2021, grocery prices have increased by 21%, gasoline prices have increased by 47%, shelter costs have increased by 20%, and electricity costs have increased by 30%. Wholesale prices rose at the fastest rate in April 2024 since April 2023, signaling persistent pressure on retail prices for months to come. When I read the data, I think of energy prices rolling through everything, adding to consumer prices across the board. For example, diesel fuel prices roll through the food…
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The last two posts, Nuclear Power over the White Rabbit and the Clean Power Plan Corpse, demonstrated the fruits of an undiversified baseload fleet of power generation. Electricity prices, which were so low during most of my career that few cared about them, are soaring as natural gas - the basket in which all eggs lie - has become a global fuel. I predicted this as recently as 2017; Reverse Diversification Coming to a Utility Near You. Solar, wind, and storage will never compete with thermal baseload power generation in our lifetimes. I’m covering three things in this post due…
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About every six months, while participating in a strategic planning, leadership, marketing, or business development meeting, I hear “we should be doing decarb,” or “we’ve been talking about decarb for years, and that’s all we do is talk about it.” “We’ll be right back here talking about it a year from now.” Whoa! First, what is decarb? My guess is most people would say reducing the consumption of hydrocarbons in a catalytic process with airborne oxygen to produce heat which may be used for heating, power generation, or locomotion – while producing coproducts of gaseous water, carbon dioxide, and minuscule…
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It has been a frothy year for the energy industry, and it will continue well into next year and beyond. How far? Heh heh. Let’s start with coal. After plummeting 30% in 2020, consumption bounced back, gaining 35% in 2021. Doing the math, that doesn’t quite get coal back to 2019 consumption. Coal plants are still closing at a breakneck pace, so consumption in the United States is bound to decline in the long haul, but will load balancers and utilities be able to keep the lights on in 2030? This is a concern to me because no source of…
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Energy storage is easy and cheap. Grid-grade electricity storage is complex and expensive. Definitions of energy storage vary. Some consider hot water, chilled water, or ice to be stored energy. It’s really storing the benefits of energy consumption. For phenomenal refreshers and mental strolls down memory lane, see Storing Energy v Storing Benefits and Something Old, Something Old. Why is grid-scale electricity storage so expensive? To answer this question, let’s consider the forms of storage and the hurdles that must be overcome to make it cost effective. Electricity Storage Challenge #1 = Inefficiency First, we have the storage of potential…
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“Don’t drink the Kool-Aid” and being as objective as possible are how I roll. If you feel otherwise, by all means, let me know. Driving across Southern Minnesota recently, a billboard like the image nearby caught my eye. I thought this would be worth looking into to see what they have to say. As I expected, the paper it promotes is jaded against wind energy. But what arguments do they make? Are they legitimate? Wind is Fuel When thinking about wind-driven power generation, it has a lot of hurdles to overcome to be cost-effective. One near the top of the…
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June 1, 2017. Does that ring a bell? To many, it is a day of infamy – the day Trump bid adieu to the Paris climate deal, accord, treaty, or whatever (Paris). Since then, I have read many an article, LinkedIn posts, and Tweets filled with wailing and gnashing of teeth. Was Paris that good? Does anyone reading this know the details? I decided to dig in and synthesize it to hors devours, which seems kind of French. Right? The broad objectives of the agreement include three things: Hold temperatures to well within 2 degrees C relative to pre-industrial temperatures.…
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Most of you reading this owe your lives to the phenomenon described in this post. Therefore, it is worth understanding precisely how grid power is generated, and what it looks like. And of course, you will not find this anywhere else. Rant topics are inspired by reader comments. At AESP National, a young gentleman approached me to say the Rant provides good information that is easy to understand and read. He referenced a Greentech Media Energy Gang podcast, which explained as much. At the ~50 minute mark of the podcast, they explain that learning how things work, and being able…
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