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✨🇨🇳Chinese enterprises have independently developed this system, which is the world's first to install two 8.3 MW offshore wind turbines on a single floating foundation, with a total installed capacity of 16.6 MW. It generates 54 million kWh of green electricity annually, enough to power 30,000 three-person households for... show more

🇨🇳XuZhenqing徐祯卿

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442,058 views • 15 days ago •via X (Twitter)

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JUST IN: China has installed the world's largest and first offshore converter station, off the coast of Guangdong Province. The facility is a 500 kV, 2000 MW flexible DC offshore converter station designed to collect large amounts of electricity from offshore wind farms and transmit it efficiently to mainland China.

JUST IN: China has installed the world's largest and first offshore converter station, off the coast of Guangdong Province. The facility is a 500 kV, 2000 MW flexible DC offshore converter station designed to collect large amounts of electricity from offshore wind farms and transmit it efficiently to mainland China.

Current Report

18,636 views • 3 months ago

The first molten salt tower solar thermal power station in China’s Xinjiang is now operational. It generates nearly 200 million kWh of green power a year—enough for 240,000 people’s usage.

The first molten salt tower solar thermal power station in China’s Xinjiang is now operational. It generates nearly 200 million kWh of green power a year—enough for 240,000 people’s usage.

Mao Ning 毛宁

42,166 views • 4 months ago

Claims of wind turbine capacity value have been hugely exaggerated by wind industry officials, lobbyists and regulatory agencies. A 1 MW (1,000 kW) wind turbine that produces 2,190,000 kWh of electricity during a year has achieved a capacity factor of 25%. That is 2,190,000 kWh divided by 1,000 kW x 8,760 hours; or 2,190,000 divided by 8,760,000 = .25). When they tell you a 2 MW wind turbine can power 500 homes in reality it can only power 125 homes but that also requires the ramping up and down of coal/natural gas/nuclear or hydro plants. Wind and solar can never power society no matter what the politicians and green grifters tell you. In fact if they are telling you this, they are lying. If they tell you battery backup is the answer remember the $5 billion Tesla “Gigafactory” in Nevada which is the world’s biggest battery manufacturing facility can only store three minutes’ worth of annual U.S. electricity demand. #GreenEnergy

Claims of wind turbine capacity value have been hugely exaggerated by wind industry officials, lobbyists and regulatory agencies. A 1 MW (1,000 kW) wind turbine that produces 2,190,000 kWh of electricity during a year has achieved a capacity factor of 25%. That is 2,190,000 kWh divided by 1,000 kW x 8,760 hours; or 2,190,000 divided by 8,760,000 = .25). When they tell you a 2 MW wind turbine can power 500 homes in reality it can only power 125 homes but that also requires the ramping up and down of coal/natural gas/nuclear or hydro plants. Wind and solar can never power society no matter what the politicians and green grifters tell you. In fact if they are telling you this, they are lying. If they tell you battery backup is the answer remember the $5 billion Tesla “Gigafactory” in Nevada which is the world’s biggest battery manufacturing facility can only store three minutes’ worth of annual U.S. electricity demand. #GreenEnergy

John Lee Pettimore

138,269 views • 2 years ago

🚨🇨🇳China fires up world's first supercritical CO₂ waste heat power plant The power station in the south-west Chinese province of Guizhou generates electricity from hot industrial exhaust gases, using carbon dioxide instead of steam. 🔸 The plant has 30 megawatt capacity in two 15 MW units – the world's largest and most advanced supercritical CO₂ plant 🔸 It converts steel plant exhaust heat into power 🔸 It uses CO₂ in the unusual ‘supercritical’ state in between liquid and gas, with no surface tension 🔸 The technology was adapted from nuclear power plants The plant is a breakthrough for heavy industry to cut emissions in the fight against climate change.

🚨🇨🇳China fires up world's first supercritical CO₂ waste heat power plant The power station in the south-west Chinese province of Guizhou generates electricity from hot industrial exhaust gases, using carbon dioxide instead of steam. 🔸 The plant has 30 megawatt capacity in two 15 MW units – the world's largest and most advanced supercritical CO₂ plant 🔸 It converts steel plant exhaust heat into power 🔸 It uses CO₂ in the unusual ‘supercritical’ state in between liquid and gas, with no surface tension 🔸 The technology was adapted from nuclear power plants The plant is a breakthrough for heavy industry to cut emissions in the fight against climate change.

Sputnik

19,541 views • 3 months ago

This man lives in a village, and near his house he has a dairy farm where he keeps milk-producing animals. He installed two very large exhaust fans in the farm for proper air ventilation and to remove the heat. Because of this, the electricity bill for both his house and the dairy farm was very high every year, running into lakhs of rupees. A large portion of his income was being spent on electricity bills. One day, the man noticed that a very strong stream of air was coming out of the exhaust fans. Since both exhaust fans run all day, he realized he could use this airflow to generate electricity. He then installed two large wind turbines in front of the exhaust fans. The wind turbines spin at high speed all day using the strong air coming from the exhaust fans and generate about 30 units of electricity every day, around 900 units per month, and nearly 11,000 units per year. He uses this electricity to power his house, saving around ₹80,000 every year. Now he has to pay a much lower electricity bill. With his smart thinking, this man turned the waste air coming out of the two large exhaust fans into useful electricity by using two wind turbines, giving himself a significant financial benefit.

This man lives in a village, and near his house he has a dairy farm where he keeps milk-producing animals. He installed two very large exhaust fans in the farm for proper air ventilation and to remove the heat. Because of this, the electricity bill for both his house and the dairy farm was very high every year, running into lakhs of rupees. A large portion of his income was being spent on electricity bills. One day, the man noticed that a very strong stream of air was coming out of the exhaust fans. Since both exhaust fans run all day, he realized he could use this airflow to generate electricity. He then installed two large wind turbines in front of the exhaust fans. The wind turbines spin at high speed all day using the strong air coming from the exhaust fans and generate about 30 units of electricity every day, around 900 units per month, and nearly 11,000 units per year. He uses this electricity to power his house, saving around ₹80,000 every year. Now he has to pay a much lower electricity bill. With his smart thinking, this man turned the waste air coming out of the two large exhaust fans into useful electricity by using two wind turbines, giving himself a significant financial benefit.

Saffron Chargers

557,533 views • 1 month ago

On May 8th, CGN New Energy's 100 MW/200 MWh shared energy storage power station in Yuanjiang, Yunnan Province, successfully achieved full-capacity grid connection and power generation. The project utilizes lithium iron phosphate energy storage technology and a grid-based design, significantly enhancing the energy storage system's active support capability for the power grid. After commissioning, the power station is expected to discharge approximately 65.7 million kWh to the grid annually, equivalent to saving approximately 19,700 tons of standard coal. #Shared; #EnergyStorage

On May 8th, CGN New Energy's 100 MW/200 MWh shared energy storage power station in Yuanjiang, Yunnan Province, successfully achieved full-capacity grid connection and power generation. The project utilizes lithium iron phosphate energy storage technology and a grid-based design, significantly enhancing the energy storage system's active support capability for the power grid. After commissioning, the power station is expected to discharge approximately 65.7 million kWh to the grid annually, equivalent to saving approximately 19,700 tons of standard coal. #Shared; #EnergyStorage

CGN Group Official

56,019 views • 4 months ago

The Dogger Bank Offshore Wind Zone is becoming one of the largest renewable energy projects on Earth. 🌊 ~9.3 GW planned capacity 🏠 Enough electricity for ~14-15 million UK homes ⚡ ~40-50 TWh annual generation 🗼 ~650+ offshore wind turbines 💰 £20B+ invested 📍 North Sea, 130-290 km off England's east coast Dogger Bank A, B & C (3.6 GW) are under construction now and expected to be fully operational by 2026-27. The wider Dogger Bank zone, including Sofia (1.4 GW), Dogger Bank South (3 GW) and Dogger Bank D (~1.5 GW proposed), pushes total capacity beyond 9 GW. For perspective, that's roughly equivalent to the annual output of 6-8 large nuclear reactors.

The Dogger Bank Offshore Wind Zone is becoming one of the largest renewable energy projects on Earth. 🌊 ~9.3 GW planned capacity 🏠 Enough electricity for ~14-15 million UK homes ⚡ ~40-50 TWh annual generation 🗼 ~650+ offshore wind turbines 💰 £20B+ invested 📍 North Sea, 130-290 km off England's east coast Dogger Bank A, B & C (3.6 GW) are under construction now and expected to be fully operational by 2026-27. The wider Dogger Bank zone, including Sofia (1.4 GW), Dogger Bank South (3 GW) and Dogger Bank D (~1.5 GW proposed), pushes total capacity beyond 9 GW. For perspective, that's roughly equivalent to the annual output of 6-8 large nuclear reactors.

Chris Meder

17,241 views • 4 months ago

A single station capable of powering an entire country — and China is building it with its own domestic expertise. The Ningde nuclear power project in Fujian Province has entered a new phase after the installation of the main dome of the reactor at Unit 5, marking the start of core equipment installation. The project includes six nuclear units with a total capacity of 6 gigawatts, while Units 5 and 6 rely on the Hualong‑1 reactor, China’s latest generation of independently developed nuclear technology.

A single station capable of powering an entire country — and China is building it with its own domestic expertise. The Ningde nuclear power project in Fujian Province has entered a new phase after the installation of the main dome of the reactor at Unit 5, marking the start of core equipment installation. The project includes six nuclear units with a total capacity of 6 gigawatts, while Units 5 and 6 rely on the Hualong‑1 reactor, China’s latest generation of independently developed nuclear technology.

China pulse 🇨🇳

11,952 views • 3 months ago

Stargate Abilene - overview, progress and speculation + satellite pics Power: 1.2 GW total for 8 buildings ~44,600 m² (~8+ American football fields)., 4 halls each Timeline: Construction began June 2024 (Phase 1: 2 buildings). June 2025 the first two buildings were completed and the campus began early training/inference. Phase 2 adds 6 more buildings; full campus mid-2026 GPU count (planned): March 2025: ~400k GB200 chips (~50k/building). Oct 2025 (Larry Ellison): >450k GPUs (>56.25k/building) Cooling approach: Direct-to-chip, closed-loop, zero-evaporation liquid cooling. Water: ~1,000,000 gallon one-time fill per building; ~12,625 gallons/year per building for maintenance and quality Chillers: 80 per building. Building 1 in red: smaller frames (something like Vertiv LVZ170), up to ~2.7 MW each. Newer buildings in green: 20% larger frames (something like Vertiv LVZ230), up to ~3.1 MW each. Usually around 2 MW/unit and only 50-60 during normal operation. The rest are for backup or extreme heat. -> likely increased cooling capacity to accomodate 50k more GPUs over 8 buildings On-site generation: Parker Hannifin supplying 29 dual-fuel GE Vernova LM2500XPRESS turbines (~35 MW each) for ~1.015 GW on-site capacity. Currently 9 deployed at 315 MW with 10th one in progress Speculation: - Compute: 196 racks/hall → 784 racks/building → 56,448 GPUs/building → 451,584 GPUs campus-wide - Power: 784 × 132 kW = 103.488 MW IT/building → at PUE 1.15 ≈ 119 MW/building → ~952 MW campus total (leaving headroom under 1.2 GW) - Site status as of October 30th 2025: Construction started for all buildings in phase 2 and a third building appears nearly complete with chillers installed

Stargate Abilene - overview, progress and speculation + satellite pics Power: 1.2 GW total for 8 buildings ~44,600 m² (~8+ American football fields)., 4 halls each Timeline: Construction began June 2024 (Phase 1: 2 buildings). June 2025 the first two buildings were completed and the campus began early training/inference. Phase 2 adds 6 more buildings; full campus mid-2026 GPU count (planned): March 2025: ~400k GB200 chips (~50k/building). Oct 2025 (Larry Ellison): >450k GPUs (>56.25k/building) Cooling approach: Direct-to-chip, closed-loop, zero-evaporation liquid cooling. Water: ~1,000,000 gallon one-time fill per building; ~12,625 gallons/year per building for maintenance and quality Chillers: 80 per building. Building 1 in red: smaller frames (something like Vertiv LVZ170), up to ~2.7 MW each. Newer buildings in green: 20% larger frames (something like Vertiv LVZ230), up to ~3.1 MW each. Usually around 2 MW/unit and only 50-60 during normal operation. The rest are for backup or extreme heat. -> likely increased cooling capacity to accomodate 50k more GPUs over 8 buildings On-site generation: Parker Hannifin supplying 29 dual-fuel GE Vernova LM2500XPRESS turbines (~35 MW each) for ~1.015 GW on-site capacity. Currently 9 deployed at 315 MW with 10th one in progress Speculation: - Compute: 196 racks/hall → 784 racks/building → 56,448 GPUs/building → 451,584 GPUs campus-wide - Power: 784 × 132 kW = 103.488 MW IT/building → at PUE 1.15 ≈ 119 MW/building → ~952 MW campus total (leaving headroom under 1.2 GW) - Site status as of October 30th 2025: Construction started for all buildings in phase 2 and a third building appears nearly complete with chillers installed

Lisan al Gaib

143,745 views • 10 months ago

🖥️🇦🇲Armenia to Launch High-Tech AI Data Center in Gagarin Village Investor: Eleveight AI ($60 million in private investment). Hardware: Equipped with 512 of the latest #NVIDIA B300 Blackwell GPUs. #Armenia is among the first countries globally to deploy this technology. Power: 1.2 MW capacity (scalable to 2.0 MW) powered by renewable energy sources. Timeline: Full operational launch expected by March 2026. Key Impact: Armenia is transitioning from an "exporter of talent" to a regional #AI infrastructure hub. This facility allows local startups, businesses, and scientific groups to train complex AI models domestically using world-class resources, eliminating the need for foreign relocation or reliance on external cloud providers. #Gagarin #SouthCaucasus #MiddleEast #Technology #IT

🖥️🇦🇲Armenia to Launch High-Tech AI Data Center in Gagarin Village Investor: Eleveight AI ($60 million in private investment). Hardware: Equipped with 512 of the latest #NVIDIA B300 Blackwell GPUs. #Armenia is among the first countries globally to deploy this technology. Power: 1.2 MW capacity (scalable to 2.0 MW) powered by renewable energy sources. Timeline: Full operational launch expected by March 2026. Key Impact: Armenia is transitioning from an "exporter of talent" to a regional #AI infrastructure hub. This facility allows local startups, businesses, and scientific groups to train complex AI models domestically using world-class resources, eliminating the need for foreign relocation or reliance on external cloud providers. #Gagarin #SouthCaucasus #MiddleEast #Technology #IT

Arthur Maghakian

59,896 views • 8 months ago

🔥 Explosion at a key power plant near Moscow During the night, Ukrainian drones attacked the Shatura GRES in the Moscow region — one of the oldest power plants in the country. Preliminary reports say the plant’s power output unit is on fire. The Mayor of Moscow claimed that “two UAVs were shot down”, but residents of Shatura heard explosions and saw a glow over the station. Footage of the fire suggests the damage is significant. Local authorities remain silent. The Shatura GRES has a capacity of about 1500 MW. It supplies electricity to part of the Moscow region. Local channels report that parts of Shatura, where the plant is located, have lost power.

🔥 Explosion at a key power plant near Moscow During the night, Ukrainian drones attacked the Shatura GRES in the Moscow region — one of the oldest power plants in the country. Preliminary reports say the plant’s power output unit is on fire. The Mayor of Moscow claimed that “two UAVs were shot down”, but residents of Shatura heard explosions and saw a glow over the station. Footage of the fire suggests the damage is significant. Local authorities remain silent. The Shatura GRES has a capacity of about 1500 MW. It supplies electricity to part of the Moscow region. Local channels report that parts of Shatura, where the plant is located, have lost power.

NEXTA

472,321 views • 10 months ago

Japan’s leap into the deep blue has birthed a technological titan: the world’s first megawatt-scale underwater turbine designed to anchor within the relentless Kuroshio Current. Unlike solar or wind energy, which are beholden to the whims of the weather, this subaquatic marvel taps into ocean streams that flow with permanent, unshakable consistency. Because water is roughly 800 times denser than air, even a slow-moving current carries a kinetic punch far more powerful than a howling gale, allowing these massive "sea-planes" to generate a steady, "always-on" stream of green electricity that could theoretically power the nation 24/7. The sheer scale of this ambition is staggering, as researchers estimate that the energy pulsing through Japan’s coastal waters could reach a capacity of 205 gigawatts—nearly enough to match the country’s entire current power generation. These turbines operate like inverted satellites, hovering in the water column and using sophisticated sensors to maintain stability against the crushing pressure of the depths. By transforming the silent, eternal movement of the Pacific into a high-tech power plant, Japan isn't just building a gadget; it is effectively turning the ocean into the planet’s largest, most reliable natural battery.

Japan’s leap into the deep blue has birthed a technological titan: the world’s first megawatt-scale underwater turbine designed to anchor within the relentless Kuroshio Current. Unlike solar or wind energy, which are beholden to the whims of the weather, this subaquatic marvel taps into ocean streams that flow with permanent, unshakable consistency. Because water is roughly 800 times denser than air, even a slow-moving current carries a kinetic punch far more powerful than a howling gale, allowing these massive "sea-planes" to generate a steady, "always-on" stream of green electricity that could theoretically power the nation 24/7. The sheer scale of this ambition is staggering, as researchers estimate that the energy pulsing through Japan’s coastal waters could reach a capacity of 205 gigawatts—nearly enough to match the country’s entire current power generation. These turbines operate like inverted satellites, hovering in the water column and using sophisticated sensors to maintain stability against the crushing pressure of the depths. By transforming the silent, eternal movement of the Pacific into a high-tech power plant, Japan isn't just building a gadget; it is effectively turning the ocean into the planet’s largest, most reliable natural battery.

Science Postcard

766,126 views • 5 months ago

Please Lord, save us from this imbecile. The "biggest threat to blackouts" is his ignorance and stupidity. Solar breaks down when the clouds come across, and it breaks down 100% when the sunsets. And wind is more chaotic, breaking down all the time when the wind eases off or doesn’t blow enough. In fact wind is lucky to work at just h30% of its capacity - meaning it’s broken down 70%. Blackout Bowen is actually making the case why we need to start building new coal fired power stations yesterday. China currently has a fleet of 1,147 GW of coal-fired power, with a further 421 GW of new coal fired power stations under construction & development. In contrast Australia’s total fleet is an ageing 21GW of coal fired power, which Blackout Bowen wants to close down. If you are going to bed, say a prayer for Australia.

Please Lord, save us from this imbecile. The "biggest threat to blackouts" is his ignorance and stupidity. Solar breaks down when the clouds come across, and it breaks down 100% when the sunsets. And wind is more chaotic, breaking down all the time when the wind eases off or doesn’t blow enough. In fact wind is lucky to work at just h30% of its capacity - meaning it’s broken down 70%. Blackout Bowen is actually making the case why we need to start building new coal fired power stations yesterday. China currently has a fleet of 1,147 GW of coal-fired power, with a further 421 GW of new coal fired power stations under construction & development. In contrast Australia’s total fleet is an ageing 21GW of coal fired power, which Blackout Bowen wants to close down. If you are going to bed, say a prayer for Australia.

Craig Kelly:🇦🇺Foundation for Economic Education

45,936 views • 1 year ago

China built mega Infrastructure for the people 🇨🇳China's largest single-unit-capacity pumped-storage hydropower station connected to national grid. The Tiantai Pumped Storage Power Station project, with an investment of $ 1.42 billion, could provide clean energy for over 1.6 million residents annually. The project in east China's Zhejiang province, also plays a key role in peak shaving, valley filling, frequency and voltage regulation, energy storage and emergency backup.

China built mega Infrastructure for the people 🇨🇳China's largest single-unit-capacity pumped-storage hydropower station connected to national grid. The Tiantai Pumped Storage Power Station project, with an investment of $ 1.42 billion, could provide clean energy for over 1.6 million residents annually. The project in east China's Zhejiang province, also plays a key role in peak shaving, valley filling, frequency and voltage regulation, energy storage and emergency backup.

Shen Shiwei 沈诗伟

26,062 views • 9 months ago