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Overview
A new 1,116-megawatt reactor in Guangdong Province began sending power to the grid on August 3, 2026. It is the second unit at the Taipingling plant and the first reactor of its type serving the Greater Bay Area, the industrial region linking Guangzhou, Shenzhen, Hong Kong, and Macao.
The reactor uses the Hualong One, a design China built itself rather than licensing from a foreign vendor. That matters because it lets China copy the same reactor across dozens of sites without paying royalties or waiting on outside approvals. The country now runs the world's largest reactor-construction program.
Why it matters
China is adding low-carbon baseload power at a pace no other country matches, using a reactor it owns outright and can build in batches.
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Organizations Involved
One of China's two big state nuclear builders, running most reactors in Guangdong.
China's other big state nuclear firm, which built the first Hualong One reactor.
The agency that issues operating licenses for China's reactors.
Timeline
January 2021 August 2026
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Taipingling Unit 2 enters commercial operation
Latest MilestoneCGN declares the 1,116-MW reactor commercial after a 168-hour continuous run, completing the plant's first phase and marking the first Hualong One serving the Greater Bay Area.
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First grid connection
MilestoneTaipingling Unit 2 sends its first electricity to the grid.
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First criticality reached
MilestoneThe reactor sustains its first controlled chain reaction.
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Fuel loading completed
MilestoneCrews finish loading all 177 fuel assemblies into the reactor core.
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Taipingling Unit 2 licensed
RegulatoryChina's National Nuclear Safety Administration issues the operating license for the unit.
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Zhangzhou Unit 2 goes commercial
MilestoneAnother Hualong One unit enters commercial service, part of a wave of 2026 startups.
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World's first Hualong One starts up
MilestoneFuqing Unit 5 enters commercial operation, making China the fourth country to field its own third-generation reactor design.
Historical Context
3 moments from history that rhyme with this story — and how they unfolded.
France's nuclear buildout (1974–1990)
After the 1973 oil shock, France launched the Messmer Plan and built 56 reactors in about 15 years using a small number of standardized designs. State utility EDF and reactor builder Framatome repeated the same models across the country.
France went from oil-dependent to generating most of its electricity from nuclear power within two decades.
Nuclear still supplies around 70% of French electricity, and standardization kept build costs lower than in most Western peers.
China is running the same playbook: one owned design, repeated at scale, driven by the state. It shows standardization can work when a single builder controls the program.
Fuqing Unit 5, first Hualong One (2021)
CNNC brought the world's first Hualong One reactor online at Fuqing, giving China its own third-generation design with full intellectual property rights. It joined the US, France, and Russia as countries fielding home-grown Gen III reactors.
China stopped depending on foreign vendors like Westinghouse and Areva for its newest large reactors.
The design became the backbone of China's domestic program and its main nuclear export product.
Taipingling Unit 2 is one of many copies of that first reactor. The 2021 milestone is why China can now build the same unit again and again.
US Vogtle expansion (2013–2024)
The United States tried to build two Westinghouse AP1000 reactors at Georgia's Vogtle plant. The project ran years late and roughly doubled in cost, and Westinghouse filed for bankruptcy in 2017 partly because of it.
The two units eventually came online in 2023 and 2024 at a cost far above budget.
The overruns chilled new US reactor orders and became a cautionary tale about first-of-a-kind builds.
Vogtle shows the cost trap China is trying to avoid. Repeating a standardized design across many sites is meant to keep schedules and budgets under control.
