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Spanish company Vortex Bladeless is developing a new way to generate wind energy without blades or a spinning rotor. Its cylindrical mast oscillates in the wind, and an electromagnetic generator converts this motion into electricity. With low maintenance and no rotating blades, the technology could be useful in urban... show more

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82,206 views • 25 days ago •via X (Twitter)

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24 Comments

Eric CIAramella’s Dirty Whistle24 days ago

Who knew? A metal version of the wacky wavy inflatable fun Guys could generate energy. I’ll be damned.

Nathan the Black24 days ago

I hope they name that company WINDICKS

Arioch24 days ago

I have my doubts about the durability of a wiggling generator dildo.

Interesting Radar24 days ago

The wind turbine industry saw inflatable tube men and took notes

ilex 柊24 days ago

Coolest thing I’ve seen in awhile with applications to low power soft robotics

Nick24 days ago

yess. cause nothing screams durability, and low maintenance, like something that vibrates intensely in the wind

The Texsotahonian24 days ago

Every farmer worth his salt will put two bails of hay at the base of those things.

Evil Cirno24 days ago

Ok vro... And next you're going to tell me that they plan to add two spherical battery packs at the bottom to make the look complete

David M.24 days ago

I bet it hardly makes any power at all.

Alexandra24 days ago

Bet an entire field of those would be stunning. 😹

Pedro / Barbosa24 days ago

I bet it can only power a smartphone

Ben Finn24 days ago

And we only need 7854 of them to power one home. Amazing.

Gwydion_Silverhawk24 days ago

So great, instead of endless fields of giant windmills, we'll have giant fields of waving dildos.

SEAR24 days ago

some of the best ideas start with “what if we just stopped doing it the usual way?”

Bossy Potato24 days ago

They should have put arms on it. C'mon.

Jeff Lewis24 days ago

Now if they just make it out of diamonds, we can solve the energy crisis and do advertising for tax and mattress companies!

Jim Mac24 days ago

Neat idea, but bendy things tend to fatigue at it's bendier points & then they all fall down!!!🤔🤦‍♂️

He of the many errors24 days ago

Wind turbines are ugly enough, imagine fields of this...psychotic...

🦎 Vaine24 days ago

Keep trying, you are on the right path to inventing the tree

Stephen Fay24 days ago

@grok how efficient is it? I guess uses natural resonances - what are those resonances (what frequencies)? Estimate cost of maintenance and energy generation

Andy Fichte24 days ago

Oh, curious, my girlfriend has the same wind generator in small. Maybe just as a demonstrator or so ...

KarlMarxNetWorth_24 days ago

why make it so aerodynamic? wouldn't it generate more movement if it had little concave divots or something?

Arexack24 days ago

This does not suggest low maintenance to me, rather metal fatigue.

isuriv 🌐👽24 days ago

Things have stalled a bit, to be honest, but we don't know why; a company like @Repsol poured a lot of money into it, yet there has been little progress on the project. @VortexBladeless

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AllieJade

1,741,994 views • 11 months ago

#zhanglinghe at press conference of documentary "Exploring the Future: The Answer is Earth" in Beijing🌱 Q: have you heard of Betz's Law? zlh🚀: it refers to the limit of how much wind energy can be converted into electricity. there is something called the Betz limit, which means that when a wind turbine converts wind energy into electrical energy, there is a maximum efficiency. about 59% or more precisely around 59.3%. this is a physical limit. to actually reach this limit, the conditions must be very ideal. for example, factors like the static pressure before and after the rotor, and the number of blades, all need to be in an optimal state. in real life, wind turbines don't reach that ideal. an efficiency of about 70%–80% (of the theoretical limit) is already considered very good. and in our country, the wind farms I've visited are basically among the best in the world, their conversion efficiency is extremely high.

#zhanglinghe at press conference of documentary "Exploring the Future: The Answer is Earth" in Beijing🌱 Q: have you heard of Betz's Law? zlh🚀: it refers to the limit of how much wind energy can be converted into electricity. there is something called the Betz limit, which means that when a wind turbine converts wind energy into electrical energy, there is a maximum efficiency. about 59% or more precisely around 59.3%. this is a physical limit. to actually reach this limit, the conditions must be very ideal. for example, factors like the static pressure before and after the rotor, and the number of blades, all need to be in an optimal state. in real life, wind turbines don't reach that ideal. an efficiency of about 70%–80% (of the theoretical limit) is already considered very good. and in our country, the wind farms I've visited are basically among the best in the world, their conversion efficiency is extremely high.

张凌赫的小核桃𖹭

309,008 views • 5 months ago

How big is the world's first 20MW offshore wind turbine? On Feb 5, the world's first 20MW offshore wind turbine successfully completed commissioning and was connected to the grid in the waters off southern Fujian. Standing 174 meters tall with 147-meter blades, one full sweep of its rotor covers nearly 10 football fields. With just a single rotation, it can generate 50 kWh of electricity — enough to power one person for about 17 days. Follow our reporter's lens as he steps into the installation site.

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CTG

45,588 views • 7 months ago

Testing in Norway has found bisphenol A (BPA) in discarded wind turbine blades. BPA is an industrial chemical and recognized endocrine disruptor that can interfere with the body's hormone system. Authorities now want independent testing of soil, vegetation, and water around wind farms. Turbine blades spend decades exposed to rain, hail, ice, UV, and mechanical stress. They erode and crack, with old blades cut up and buried. We now await the test results to see exactly how much BPA escapes into the environment.

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Electroverse

157,407 views • 27 days ago

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张凌赫的小核桃𖹭

14,289 views • 5 months ago

Wind power is sold as clean, but the turbines need extensive raw materials. Taking just the blades, a single set of three blades uses as many as 40 mature balsa trees. Balsa wood is light, strong and flexible, which makes it useful inside giant turbine blades that need to bend with the wind. Demand has surged and legal supply cannot keep up, so wild balsa is cut from protected Amazon rainforest where it should not be touched. It is then mixed into the legal supply and passed off as plantation wood. By the time it reaches manufacturers, illegal rainforest timber looks clean on paper. More than 500,000 balsa trees are illegally logged each year to feed wind turbine demand. Protected forest cut down, indigenous land raided, biodiversity destroyed - sold to the West as "green" energy.

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Electroverse

27,366 views • 5 months ago

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Supriya Sahu IAS

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THE VOICE 🌹 🗣🎙🇺🇸🦅🌎⚓💜♠️CHRIST CONSCIOUSNESS

12,510 views • 3 months ago

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Mechanical Knowledge

117,381 views • 3 months ago

Back in the early 1900s, before electricity was common everywhere, a Swiss company called E. Paillard & Co. engineered a clever solution-a fully mechanical wind-up fan. Instead of wires or batteries, it used a tightly coiled spring motor, just like a clock. Once wound, the stored energy slowly released through gears, spinning the blades and producing a gentle breeze for up to 30 minutes. These fans were specially designed for tropical regions and remote areas where electricity simply didn't exist. Lightweight, portable, and surprisingly efficient, they offered comfort in hot climates without any power consumption. It was a perfect example of early innovation-simple physics turned into practical everyday technology. Even today, many of these fans still work after more than a century, showing how durable and well-crafted they were. In a world now chasing sustainable solutions, this old invention feels ahead of its time-a reminder that sometimes the smartest tech doesn't need electricity at all.

Back in the early 1900s, before electricity was common everywhere, a Swiss company called E. Paillard & Co. engineered a clever solution-a fully mechanical wind-up fan. Instead of wires or batteries, it used a tightly coiled spring motor, just like a clock. Once wound, the stored energy slowly released through gears, spinning the blades and producing a gentle breeze for up to 30 minutes. These fans were specially designed for tropical regions and remote areas where electricity simply didn't exist. Lightweight, portable, and surprisingly efficient, they offered comfort in hot climates without any power consumption. It was a perfect example of early innovation-simple physics turned into practical everyday technology. Even today, many of these fans still work after more than a century, showing how durable and well-crafted they were. In a world now chasing sustainable solutions, this old invention feels ahead of its time-a reminder that sometimes the smartest tech doesn't need electricity at all.

Mechanical Knowledge

46,707 views • 6 months ago

A turbine blade at the Vineyard Wind Project off Nantucket shattered in July 2024. Thousands of fiberglass and foam fragments washed into the ocean and onto Nantucket's beaches. Every south-facing beach was temporarily closed to swimmers while cleanup crews collected the debris. Federal regulators halted power production and further turbine construction while the failure was investigated. The company, GE Vernova, traced the failure to a manufacturing defect at its factory. Specifically, insufficient bonding inside the blade. Inspectors found the same bonding defect in at least 66 of the 72 blades already installed, with the blades ultimately having to be removed. GE Vernova later agreed to pay Nantucket $10.5 million over the incident. That is a remarkable environmental fail for technology being sold as the "clean energy future."

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Electroverse

22,611 views • 1 month ago

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Turbex Aero

57,350 views • 1 month ago

“Work has been suspended at a major wind farm project south west of Warwick after storms snapped a wind turbine blade. McIntrye Wind Farm recently connected some of its turbines to the grid, those works are on hold as it investigates the incident.” “The 458MW Coopers Gap wind farm in south west Queensland, the newest and biggest wind project built to date in Australia – is to undergo major repairs after faults were found in its commissioning process. AGL, which operates the $850 million project and is a joint owner through the Powering Australia Renewables Fund, said in a statement that the blades of one of the 123 turbines will have to be replaced entirely, while GE Catcon is also going to replace “generators” – referring to the equipment in the nacelle at the top of the wind tower – in a further 50 turbines.” •••••••••••••••••••••••••••••••••• Not only are wind farms unreliable in terms of wind dependent generation. They break easily as we saw last week on the Darling Downs. If the blades on a wind farm can’t survive a summer storm on the Darling Downs they will be useless. This is just another example of wind farms being unreliable. A few years ago wind farm had to replace 50 out of 123 turbines just after it was commissioned. Australia cannot not afford to be pursuing Net Zero policies being pushed by the two major parties. We should focus on using our coal, uranium and gas resources instead of imported materials. Quote from: #auspol

“Work has been suspended at a major wind farm project south west of Warwick after storms snapped a wind turbine blade. McIntrye Wind Farm recently connected some of its turbines to the grid, those works are on hold as it investigates the incident.” “The 458MW Coopers Gap wind farm in south west Queensland, the newest and biggest wind project built to date in Australia – is to undergo major repairs after faults were found in its commissioning process. AGL, which operates the $850 million project and is a joint owner through the Powering Australia Renewables Fund, said in a statement that the blades of one of the 123 turbines will have to be replaced entirely, while GE Catcon is also going to replace “generators” – referring to the equipment in the nacelle at the top of the wind tower – in a further 50 turbines.” •••••••••••••••••••••••••••••••••• Not only are wind farms unreliable in terms of wind dependent generation. They break easily as we saw last week on the Darling Downs. If the blades on a wind farm can’t survive a summer storm on the Darling Downs they will be useless. This is just another example of wind farms being unreliable. A few years ago wind farm had to replace 50 out of 123 turbines just after it was commissioned. Australia cannot not afford to be pursuing Net Zero policies being pushed by the two major parties. We should focus on using our coal, uranium and gas resources instead of imported materials. Quote from: #auspol

Gerard Rennick

35,158 views • 1 year ago

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18,367 views • 11 days ago

🚁 AStar Autorotation in Action! 😱 Watch the Airbus AS350 AStar pull off an epic autorotation! When the engine cuts out, this helicopter doesn’t quit—its blades keep spinning, harnessing the wind to glide safely to the ground. 💨 With just 1 nautical mile to the landing zone, the pilot nails a heart-pounding descent, turning a crisis into a controlled masterpiece. 🛬 This is engineering and skill at its finest! Have you ever seen an autorotation up close? 📸 by ig/flightpathpioneers , comandante_bolentini

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aircraftmaintenancengineer

48,010 views • 1 year ago

CTG has successfully installed the world's first 20MW offshore wind turbine in the waters off Fujian province, marking a significant leap forward in maritime engineering and clean energy use. Standing 174 meters tall with blades nearly 150 meters long, the turbine can generate over 80 million kWh annually, powering about 44,000 homes. Built with fully domestic technology and a lightweight design, it reduces costs while cutting 64,000 tonnes of CO₂ emissions each year. Click the video to get a first look from an aerial perspective.

CTG has successfully installed the world's first 20MW offshore wind turbine in the waters off Fujian province, marking a significant leap forward in maritime engineering and clean energy use. Standing 174 meters tall with blades nearly 150 meters long, the turbine can generate over 80 million kWh annually, powering about 44,000 homes. Built with fully domestic technology and a lightweight design, it reduces costs while cutting 64,000 tonnes of CO₂ emissions each year. Click the video to get a first look from an aerial perspective.

CTG

106,435 views • 8 months ago

Wind and solar will be crucial to a cleaner energy system. But getting the most from renewable energy depends on accurate weather forecasts. That's why the Met Office and The Alan Turing Institute are developing an AI model that could produce a 10-day forecast in minutes using a single GPU.

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13,210 views • 21 days ago

I just posted an industrial-sized electromagnetic perpetual motion generator video ... and immediately, every bot, skeptic, and shill across the internet rushed out to mock it. They can laugh all they want. Thousands of videos already exist showing handmade perpetual motion generators that run entirely on their own....no external electricity needed. These machines generate more power than they consume, delivering true net-positive energy. They wont run forever without any care, but the maintenance required is remarkably minimal. The benefits? Absolutely incredible. Clean, limitless energy is no longer science fiction. The energy revolution has begun and eventually, these machines will be mass produced. It's inevitable⚡

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DeepWebSlinger

28,753 views • 5 months ago