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🇨🇳 China is developing a massive airship with a wind turbine that generates electricity. The ship will be capable of harnessing winds at stratospheric altitudes and be moved according to wind patterns.

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Orikron 🇵🇹 骆培思

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63,774 Aufrufe • vor 11 Monaten •via X (Twitter)

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#China Every wind turbine has an anemometer that measures wind speed and a wind vane to keep track of the wind’s direction. When the anemometer registers wind speeds too high, it should trigger the wind turbine to automatically shut off.

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🇨🇳 China just tested a wind turbine floating 2,000 metres in the sky... and it worked. The S2000 is a helium-filled airship carrying turbines, tethered to the ground by cables that also transmit electricity. At 2,000 metres, winds are stronger and more consistent than at ground level. In recent tests over Sichuan, it generated 385 kWh which is enough to power around 1,500 homes for a day. Source: dw News
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🇨🇳 China just tested a wind turbine floating 2,000 metres in the sky... and it worked. The S2000 is a helium-filled airship carrying turbines, tethered to the ground by cables that also transmit electricity. At 2,000 metres, winds are stronger and more consistent than at ground level. In recent tests over Sichuan, it generated 385 kWh which is enough to power around 1,500 homes for a day. Source: dw News

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China has one of the largest and most integrated electricity systems. The ARISE NEWS team traveled by Train from Dalian to Shenyang (final destination, Beijing) and I saw massive Wind Turbines. China is the world’s top producer of Wind turbines. Official figures put installed capacity at 640 Gigawatts in 2025 But that’s capacity. Wind doesn’t blow all year. What did the Wind Turbines actually generate? About 1,000 Terrawatt-Hours (TWh). That’s 1 Trillion Kilowatt-Hours (kWh) That’s about 22 times Nigeria’s entire output. Average 5,000MW over a year x 8,760 hours is 43.8 TWh What about the cost of building an onshore wind Turbine? A 5 Megawatt Wind Turbine costs about $4m - $5m according to IRENA (International Renewable Energy Agency) The Turbine alone isn’t enough. There’s still Transmission, Substations, Batteries, metering and more. Electricity costs money. #China #Wind #Renewables #WindEnergy
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China has one of the largest and most integrated electricity systems. The ARISE NEWS team traveled by Train from Dalian to Shenyang (final destination, Beijing) and I saw massive Wind Turbines. China is the world’s top producer of Wind turbines. Official figures put installed capacity at 640 Gigawatts in 2025 But that’s capacity. Wind doesn’t blow all year. What did the Wind Turbines actually generate? About 1,000 Terrawatt-Hours (TWh). That’s 1 Trillion Kilowatt-Hours (kWh) That’s about 22 times Nigeria’s entire output. Average 5,000MW over a year x 8,760 hours is 43.8 TWh What about the cost of building an onshore wind Turbine? A 5 Megawatt Wind Turbine costs about $4m - $5m according to IRENA (International Renewable Energy Agency) The Turbine alone isn’t enough. There’s still Transmission, Substations, Batteries, metering and more. Electricity costs money. #China #Wind #Renewables #WindEnergy

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Designed by The Archimedes, the LIAM F1 UWT is a unique wind turbine for domestic use capable of generating an average of 1,500 kilowatt-hours of energy with a wind speed of 5 m/s. This should be enough for a small family home.
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Harnessing the power of the wind. Today, we propose a Wind Power Action Plan to ensure that the clean energy transition goes hand-in-hand with industrial competitiveness. Wind power must continue to be a European success story. Here is why it matters ↓

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These wind turbine blades have come to die at a wind turbine graveyard in Texas, USA. They've outlived their 20-year lifespan and can't be recycled. How very "green" and "renewable". 🙄
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🇨🇳 China announces completion of world’s largest wind turbine The record-breaking 16-megawatt turbine is located in China’s Guangdong province and sits an astonishing 70 km from shore, marking a significant breakthrough in wind-generated energy tech for the country. The new turbine combines a series of China-made technology, including an improved mooring system, an active ballast system, and AI-monitoring.
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Designed by The Archimedes, LIAM F1 UWT is a new generation of wind turbine for domestic use capable of generating an average of 1,500 kilowatt-hours of energy with a wind speed of 5 m/s—enough for a family home [read more:
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Designed by The Archimedes, LIAM F1 UWT is a new generation of wind turbine for domestic use capable of generating an average of 1,500 kilowatt-hours of energy with a wind speed of 5 m/s—enough for a family home [read more:

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•042426• new interview of #zhanglinghe with Movie News for "The Answer is Earth" documentary 💬🌱 ZLH🚀: this is a small souvenir they gave me when I visited the wind turbine manufacturing plant. 👤: I know you really like these kinds of things. ZLH🚀: yes, this is the motor of the wind turbine, located at the highest point of the turbine shaft. these are the blades. they look small now, but in reality, when I went to the wind turbine manufacturing plant, it was about 80 meters long. really huge. and the proportions might not be accurate. when we stood below it, it was incredibly impressive. it works like this: the wind comes from this direction and drives the blades to rotate. then the motor converts that kinetic energy into electrical energy. there are cables below that can directly transmit the electricity to a substation, where it's stepped up or down in voltage, and then sent to places on land where the electricity is used. that's how a wind turbine works. 👤: it's a very meaningful souvenir. ZLH🚀: yes. 👤: where are you planning to put it? ZLH🚀: before I brought this with me, I usually keep it next to my computer.
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•042426• new interview of #zhanglinghe with Movie News for "The Answer is Earth" documentary 💬🌱 ZLH🚀: this is a small souvenir they gave me when I visited the wind turbine manufacturing plant. 👤: I know you really like these kinds of things. ZLH🚀: yes, this is the motor of the wind turbine, located at the highest point of the turbine shaft. these are the blades. they look small now, but in reality, when I went to the wind turbine manufacturing plant, it was about 80 meters long. really huge. and the proportions might not be accurate. when we stood below it, it was incredibly impressive. it works like this: the wind comes from this direction and drives the blades to rotate. then the motor converts that kinetic energy into electrical energy. there are cables below that can directly transmit the electricity to a substation, where it's stepped up or down in voltage, and then sent to places on land where the electricity is used. that's how a wind turbine works. 👤: it's a very meaningful souvenir. ZLH🚀: yes. 👤: where are you planning to put it? ZLH🚀: before I brought this with me, I usually keep it next to my computer.

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Hurricane Melissa was upgraded to 190 mph today, tied for the strongest Atlantic hurricane on record! NHC says: “Based on a blend of the satellite estimates, flight-level wind and dropsonde data, and the fact that the area of strongest winds was likely not sampled by reconnaissance aircraft, Melissa’s peak intensity is estimated to be 165 kt at 1200 UTC 28 October. The dropsonde that measured a mean wind of 188 kt in the lowest 150 m, recorded an instantaneous peak wind of 219 kt (representative of a wind gust) at an altitude of 906 mb, which is the strongest wind ever recorded by a dropsonde in a tropical cyclone”

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Dear friends, I’m very excited to share the first data pigmentation sample of Winds of Yawanawa. Our 1000 unique AI Data Paintings will be driven by unique Rainforest Wind patterns collected from Amazonia.
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When government discounts expire, Australia will be facing their highest electricity bills ever. This is despite claims that wind and solar are the cheapest forms of electricity. With the largest amount of wind and solar on the grid, electricity prices have never been higher - go figure. Australia is incredibly rich in resources and should be an electricity superpower. Instead, we have Minister Ayres and the once respected Commonwealth Scientific Industrial Research Organisation (CSIRO) who continue to destroy our country.
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When government discounts expire, Australia will be facing their highest electricity bills ever. This is despite claims that wind and solar are the cheapest forms of electricity. With the largest amount of wind and solar on the grid, electricity prices have never been higher - go figure. Australia is incredibly rich in resources and should be an electricity superpower. Instead, we have Minister Ayres and the once respected Commonwealth Scientific Industrial Research Organisation (CSIRO) who continue to destroy our country.

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#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.
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#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.

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