Reactors

The ACP100, located at the Changjiang site in China, is a planned small modular reactor (SMR) demonstration project, marking a significant step in China's exploration of compact nuclear power solutions. With a capacity of 125 MWe, it aims to provide flexible, scalable energy for civilian application

**Vendor/Designer:** [[vendors/cnnc]]

Al-Khobar Unit 1 is a planned nuclear reactor in Saudi Arabia, intended for a site near Al-Khobar as part of the country's inaugural nuclear energy program. With a planned net capacity of 1400 MWe, it signifies Saudi Arabia's diversification into nuclear power to meet growing energy demands and redu

Al-Khobar Unit 2 is a planned pressurized water reactor (PWR) located in Saudi Arabia, with a net capacity of 1400 MWe. It represents a significant step in the country's ambition to diversify its energy mix and develop civilian nuclear power as part of its Vision 2030 plan. As it is still in the pla

**Vendor/Designer:** [[vendors/westinghouse]]

**Vendor/Designer:** [[vendors/arc-clean-technology]]

Beihai Unit 1 is a planned nuclear power reactor in China, aimed at supporting regional energy demands with clean power. Featuring the HPR1000 reactor design, it represents part of China's growing nuclear fleet for civilian use. It is currently in the planning phase with no operational history.

Beihai Unit 2 is a planned nuclear power reactor in China, complementing Unit 1 at the Beihai site to enhance national energy security. It also uses the HPR1000 design, reflecting China's focus on modern nuclear technology for civilian purposes. As a planned project, it has no operational history ye

Borssele Unit 3 is a planned reactor at the Borssele Nuclear Power Plant site in Zeeland, Netherlands. It is intended to further bolster the country's nuclear capacity with a net output of 1650 MWe, supporting long-term sustainable energy goals. The project remains in the planning phase with no cons

The Bruce SMR, utilizing the BWRX-300 design, is planned for the Bruce Nuclear Generating Station in Ontario, Canada, one of the largest nuclear power sites in the world. With a capacity of 300 MWe, this small modular reactor is significant for advancing flexible, low-carbon energy solutions in Cana

Bugey 1, an EPR2 reactor, is planned for the Bugey Nuclear Power Plant in eastern France. With a capacity of 1670 MWe, it supports France's long-term vision for sustainable civilian nuclear energy production. Currently in the planning phase, it has no operational history.

The BWRX-300, designed by GE Hitachi Nuclear Energy, is a planned small modular reactor (SMR) with a capacity of 300 MWe, intended for multiple sites across the USA. It represents an innovative approach to civilian nuclear power with simplified design and reduced construction costs. Currently in the

Cernavoda Unit 4 is planned for the same site as Units 1-3 in Cernavoda, Romania, along the Danube River. This unit is a key part of Romania's strategy to increase nuclear power generation for sustainable energy, with a projected capacity of 720 MWe. It remains in the planning stage, with constructi

The Chalk River eVinci microreactor is planned for the Chalk River Laboratories site in Ontario, Canada, a historic center for nuclear research. This 5 MWe microreactor is notable for its potential to provide clean, reliable power to remote communities or industrial sites, demonstrating the versatil

Dukovany Unit 5 is a planned reactor at the Dukovany Nuclear Power Plant in the Czech Republic. With a projected net capacity of 1200 MWe, it is a critical component of the country's strategy to phase out coal and enhance nuclear energy production. The project is still in the planning stage, with co

**Vendor/Designer:** [[vendors/snc-lavalin---candu-energy]]

**Vendor/Designer:** [[vendors/westinghouse]]

Gravelines 1, an EPR2 reactor, is planned for the Gravelines Nuclear Power Plant in northern France. With a capacity of 1670 MWe, it is part of France's ambitious plan to bolster civilian nuclear power generation with next-generation technology. As it remains in the planning phase, there is no opera

Gravelines 2, an EPR2 reactor, is planned for the Gravelines Nuclear Power Plant in northern France. This 1670 MWe unit is intended to enhance France's civilian nuclear energy infrastructure with advanced reactor technology. It is still in the planning stage and has no operational history.

Planned for construction in Oak Ridge, Tennessee, USA, the Hermes reactor by Kairos Power is a fluoride salt-cooled high-temperature small modular reactor (SMR) with a net capacity of 35 MWe. It represents a pioneering effort in advanced reactor technology for civilian energy applications, focusing

**Vendor/Designer:** [[vendors/terrestrial-energy]]

The Korea Multi-purpose Research Reactor (KMRR) is a planned facility in South Korea, to be operated by the Korea Atomic Energy Research Institute (KAERI). Intended as a replacement for the aging HANARO reactor, it will focus on medical isotope production and materials testing for civilian purposes.

Kudankulam Unit 5 is planned for the Kudankulam Nuclear Power Plant in Tamil Nadu, India. This 1200 MWe VVER-1200 reactor underscores India's commitment to expanding nuclear energy with advanced technology. As a planned unit, it has no construction or operational history yet.

Kudankulam Unit 6 is planned for the Kudankulam Nuclear Power Plant in Tamil Nadu, India. With a net capacity of 1200 MWe, this VVER-1200 reactor is part of India's long-term nuclear energy strategy. It remains in the planning phase with no construction started.

Lubiatowo-Kopalino 1 is planned for a coastal site in northern Poland, near the Baltic Sea, as part of Poland’s nuclear power development strategy. This AP1000 reactor, with a net capacity of 1117 MWe, is significant for providing a stable, low-carbon energy source to support Poland’s grid and clima

Lubiatowo-Kopalino 2 is planned for the same coastal site in northern Poland as Unit 1, contributing to the country’s nuclear energy ambitions. This AP1000 reactor, also with a 1117 MWe capacity, is crucial for bolstering energy independence and reducing greenhouse gas emissions. Currently in the pl

**Vendor/Designer:** [[vendors/terrapower]]

Planned for construction in Kemmerer, Wyoming, USA, the Natrium reactor by TerraPower is a sodium-cooled fast reactor with a net capacity of 345 MWe, integrated with molten salt energy storage. This innovative design is significant for its potential to provide flexible, carbon-free power to the grid

**Vendor/Designer:** [[vendors/abilene-christian-univ]]

**Vendor/Designer:** [[vendors/edf]]

Paluel 1, an EPR2 reactor, is planned for the Paluel Nuclear Power Plant in Normandy, France. With a capacity of 1670 MWe, it contributes to France's goal of maintaining nuclear energy as a key component of its civilian power grid. It remains in the planning stage with no operational history.

Patnow 2 is planned for the Patnow site in central Poland, alongside Patnow 1, as part of Poland’s nuclear energy expansion. This APR1400 reactor, also with a 1400 MWe capacity, is key to supporting the country’s shift from fossil fuels to sustainable energy sources. Currently in the planning stage,

Penly 2, an EPR2 reactor, is planned for the Penly Nuclear Power Plant in Normandy, France. This 1670 MWe reactor is significant for supporting France's commitment to nuclear energy as a cornerstone of its civilian energy policy. Currently in the planning stage, it has no operational history.

**Vendor/Designer:** [[vendors/rusatom]]

**Vendor/Designer:** [[vendors/rolls-royce]]

Rolls-Royce SMR Unit 1 is a planned small modular reactor (SMR) project in the UK, with a specific site yet to be finalized. This unit is notable for advancing SMR technology in the UK, offering a capacity of 470 MWe net to support flexible, low-carbon energy production. It remains in the planning s

Rolls-Royce SMR Unit 2 is another planned SMR project in the UK, with the site still undetermined. It plays a key role in the UK's exploration of modular nuclear technology, with a capacity of 470 MWe net. The project is in the planning phase, aligning with efforts to diversify nuclear energy option

Rolls-Royce SMR Unit 3 is a proposed SMR project in the UK, with no specific site confirmed yet. This unit is part of a broader initiative to deploy scalable nuclear solutions, contributing 470 MWe net to the energy mix. It is currently in the planning stage, pending further development and site sel

Sanao Unit 1 is a planned nuclear power reactor located in China, part of the country's expanding civilian nuclear energy infrastructure. It features the HPR1000 reactor design, reflecting China's focus on advanced, domestically developed nuclear technology for energy security. As it is still in the

Sanao Unit 2 is a planned nuclear power reactor in China, situated alongside Unit 1 as part of a broader effort to increase clean energy capacity. This unit also utilizes the HPR1000 design, showcasing China's commitment to standardized, modern nuclear power solutions. It remains in the planning pha

Shin Hanul Unit 5 is planned for the Shin Hanul Nuclear Power Plant site in Uljin, South Korea. This APR1400 reactor, with a net capacity of 1400 MWe, represents part of South Korea's strategy to expand clean energy production. As a planned unit, it has not yet entered construction or operation.

Shin Hanul Unit 6 is also planned for the Shin Hanul Nuclear Power Plant site in Uljin, South Korea. Like Unit 5, it is an APR1400 reactor with a net capacity of 1400 MWe, aimed at supporting South Korea's energy security and carbon reduction goals. It remains in the planning stage with no construct

Sizewell C Unit 1 is planned for the Sizewell site in Suffolk, England. It represents an important step in the UK's commitment to expanding nuclear power capacity, with a projected output of 1630 MWe net. The project is still in the planning phase, awaiting final approvals and construction start.

Sizewell C Unit 2 is also planned for the Sizewell site in Suffolk, England. This unit will contribute to the UK's low-carbon energy future with a capacity of 1630 MWe net. It remains in the planning stage alongside Unit 1, pending further development milestones.

**Vendor/Designer:** [[vendors/kaeri]]

Smolensk II-1 is planned for the Smolensk Nuclear Power Plant site in western Russia, near Desnogorsk. As a VVER-TOI reactor with a net capacity of 1255 MWe, it is part of Russia's strategy to enhance its civilian nuclear power generation capacity. Currently in the planning stage, no construction or

Smolensk II-2 is planned for the Smolensk Nuclear Power Plant site in western Russia, near Desnogorsk. This VVER-TOI reactor, with a net capacity of 1255 MWe, supports Russia's long-term goals for expanding clean energy production through nuclear power. It remains in the planning phase with no const

**Vendor/Designer:** [[vendors/holtec]]

The SMR-300, developed by Holtec International, is planned for deployment in the USA, though specific site details are not yet confirmed. This small modular reactor (SMR) with a capacity of 300 MWe is significant for its potential to provide scalable, low-carbon energy solutions for civilian power n

**Vendor/Designer:** [[vendors/moltex-energy]]

Located in Middletown, Pennsylvania, USA, Three Mile Island Unit 1 is a pressurized water reactor with a net capacity of 835 MWe, historically significant for its long operational history since 1974. Shut down in 2019, a restart is now planned to bring it back online, contributing to clean energy go

Tricastin 1, an EPR2 reactor, is planned for the Tricastin Nuclear Power Plant in southern France. This 1670 MWe reactor is part of France's efforts to expand its civilian nuclear fleet with modern, efficient designs. As it is still in planning, there is no operational history available.

The UAE Research Reactor, a TRIGA-type facility, is planned for development in the United Arab Emirates as part of its broader civilian nuclear program. It will be operated by FANR and UAE University, focusing on training and research to build nuclear expertise in the region. With a thermal power of

**Vendor/Designer:** [[vendors/nuscale---ropower]]

Wylfa Newydd Unit 1 is proposed for the Wylfa site on Anglesey, Wales. It is significant for potentially introducing the BWRX-300 design to the UK, with a capacity of 300 MWe net, supporting smaller-scale nuclear solutions. The project is currently in the planning phase with no construction timeline

**Vendor/Designer:** [[vendors/x-energy]]

Planned for deployment at a Dow chemical facility in Seadrift, Texas, USA, the Xe-100 by X-energy is a high-temperature gas-cooled small modular reactor (SMR) with a net capacity of 80 MWe. This project is significant for its focus on industrial energy applications, supporting decarbonization in man

Zhangzhou Unit 3 is a planned nuclear power reactor in China, contributing to the nation's ambitious nuclear energy expansion plans. Designed with the HPR1000 reactor type, it underscores China's push for sustainable electricity generation. Currently in the planning stage, it has no operational hist

Zhangzhou Unit 4 is a planned nuclear power reactor located in China, part of the Zhangzhou site development for civilian energy production. It employs the HPR1000 design, aligning with China's strategy to deploy advanced nuclear technology. As it is still in planning, there is no operational histor