You know what an offshore wind turbine looks like. A giant pole, three blades, bolted to the seafloor. The catch is it only works in shallow water, around 80 meters or less. That rules out most of the ocean, which is where the strongest, steadiest winds actually are. A Swedish company called SeaTwir
This kite isn’t just soaring gracefully … it’s also generating energy from the wind. If you’re like me, you’re probably thinking: “Neat, but don’t we already have an effective and reliable way to capture wind energy?” And yeah, wind turbines have been been big ol’ work
This summer, the United States made a $559 billion decision. The consequences of that decision could make your next car $7,500 more expensive and send your electricity bills soaring unpredictably…if they aren’t already. On July 4th, 2025, President Trump signed the "One Big Beautiful Bill Act&
Every crashing wave delivers a pulse of power. Add them all up, and the ocean carries more energy than the roughly 30,000 TWh of electricity generated globally in 2023.12 But for decades, wave power has been a sea of broken dreams — sunk prototypes, busted budgets, and forgotten startups.
“My God. The sheer scale of this, this is kind of blowing my mind.” -Matt Hearing about how massive wind turbines are built is one thing, but seeing it is another. Last year, I got to visit the Bekevar Wind Farm in Saskatchewan, Canada, months ahead of its completion in
Small wind turbines, or SWTs, have struggled to get off the ground. Not only is siting more difficult for SWTs, but their low efficiencies rarely justify their high costs. They also have to contend with the same kinds of considerations that your typical turbine does, like noise, vibration, environmental impacts,
The U.S. wind industry kinda blows. Okay, that might be a bit harsh, but the past few years haven’t been great for turbines in the States. 2023 was particularly nasty. The weather got us off to a bad start with less resources to work with in the first
It’s already difficult to conceptualize the scale of wind turbines themselves. It can be even harder to wrap your head around how much energy they can supply. Just one gigawatt is enough energy to power between 750,000 to a million US homes.1 Here in the United States,
Whenever I cover wind turbines many of you ask about what’s available for home applications. At the moment, I’ve got both good news and bad news. The bad news is that the current market for residential wind is…less than great. The good news? We have a lot
Do not be confused, this is not a video on solar panels, you clicked on the right thumbnail. But, solar panels are a marvel, right? One of the neatest things about them is that they can be used almost anywhere, from big farms, to residential spaces and anything in between.
Wind turbines have a “big” problem. As in, they’re really big: bigger than you might think. One of the latest turbine designs sports a swept area of about 10 American football fields.1 This is generally desirable, especially for offshore turbines. But as you can probably imagine, this makes
With the recent news of China producing one of the largest wind turbines yet, with a rotor diameter of 260 meters (853 feet) and a rating of 18MW, it got me wondering why they’re so big. They’re almost defying imagination at this point. Bigger is always better in