Last week I provided an extensive analysis of how Chernobyl’s RBMK reactor design and the chain of reckless events led to its 1986 disaster. The study sets the stage to explain why that won’t happen with power plants in the United States. Let’s take a minute to examine why nuclear power is a good fit for our needs. Nuclear Power’s Plug into Our Grid Commercial nuclear power plants operate continuously at full power for 90-95% of the year. They require an average of three to four weeks a year for maintenance and refueling. One charge of nuclear fuel, about 3%…
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I update my electrification slides for the Wisconsin Public Utilities Institute’s Utility Basics course every year with the latest technologies, sales data, and energy, commodity, and equipment/vehicle prices. Year over year, electricity prices at my home have increased 15%, for now, based on fuel alone. That is minuscule compared to what is proposed in the Northeast. EnergyCentral.com linked to a Patch article that said Eversource Massachusetts is filing for a 38% hike on top of a 22% jump last winter. National Grid is filing for an unprecedented (in my world) “increase from last winter's 14.82 cents per kilowatt-hour rate to…
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Author’s Note: Mike Frischmann here. I’m doing my best Jeff Ihnen impression and filling in for the Rant this week. Your regular dose of Jeff will return next week. Nuclear power plants have fallen on hard times. There has been a dearth of new builds in this country for decades. The DOE, at the request of the nuclear and coal industries, is pushing to throw nuclear generators a lifeline for pricing preferences. Most of the recent plant construction cancellations discussed in the news are nuke plants. And there’s, of course, the global scale mess of the Vogtle plant in Georgia…
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