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- Hualong One - Wikipedia
The Hualong One (Chinese: 华龙一号; pinyin: Huálóng yī hào; lit 'China Dragon №1') is a Chinese Generation III [1] pressurized water nuclear reactor jointly developed by the China General Nuclear Power Group (CGN) and the China National Nuclear Corporation (CNNC)
- China’s Hualong One becomes world’s most deployed third-generation . . .
Explore the Hualong One, the world's most deployed third-generation nuclear reactor, generating clean energy for millions
- Nuclear Energy: Chinas Hualong-1 power units prove safe, stable
China's Hualong-1 is an advanced, third-generation nuclear power technology It has 41 power units under construction or in operation worldwide On Wednesday, it embraces another milestone
- First unit of Chinas Zhangzhou nuclear power project . . . - 新华网
A Hualong One nuclear power unit generates more than 10 billion kilowatt-hours of electricity per year, which can meet the annual production and domestic electricity demands of 1 million people in moderately developed countries
- The Hualong One: Chinas solution for the global clean energy sector
As China's independently developed third-generation nuclear technology, the Hualong One sets a benchmark with a 68 7-month construction period for its first unit, making it the only third-generation nuclear project delivered on schedule in the world
- Hualong-1: amazing progress towards activation in 2025
Hualong-1, a symbol of Chinese technological innovation, is set to reach a crucial milestone in 2025 This third-generation nuclear reactor embodies China’s energy ambitions, combining safety, efficiency and respect for the environment
- Hualong One Reactor Begins Commercial Operation at China’s Zhangzhou . . .
The Hualong One is an indigenous, three-loop pressurised water reactor It incorporates elements of CNNC’s ACP1000 and China General Nuclear’s ACPR1000+ reactor designs
- Hualong One nuclear reactor in Fujian marks 1,000 days of uninterrupted . . .
A single Hualong One unit can generate up to 10 billion kilowatt-hours per year, which is sufficient to meet the annual power needs of a city of one million people in a moderately developed country
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