Nuward
**Vendor/Designer:** [[vendors/edf]]
Key Stats
100/100
Nuward
Status: PLANNED Category: SMR Country: France France Vendor/Designer: edf Type: Integral PWR [Integral PWR](/library/wiki/technologies/Integral PWR) Capacity: 400 MWe
Overview
Nuward is a planned small modular reactor (SMR) project led by EDF in France, aimed at advancing next-generation nuclear technology for civilian energy. Its significance lies in its potential to provide a scalable, compact solution for decarbonized power generation with a net capacity of 400 MWe. As it is still in the planning phase, no specific site or operational history exists yet.
Key Facts
Source: IAEA PRIS / reactors_canonical · Enriched by Grok Last updated: 2026-05-10
Sources
- World Nuclear Association - France — Overview of nuclear energy in France, including mentions of SMR projects like Nuward.
- EDF - Nuward Project [UNVERIFIED] — Official information from EDF on the Nuward SMR project.
- World Nuclear News - Nuward SMR Development [UNVERIFIED] — News article on the progress and announcements related to the Nuward SMR project.
Sources (1)
Related Notes
ACP100 (Changjiang demo)
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
reactorsACP100 "Linglong One"
**Vendor/Designer:** [[vendors/cnnc]]
reactorsThree Mile Island Unit 1 (restart)
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
reactorsBREST-OD-300
**Vendor/Designer:** [[vendors/rosatom---nikiet]]
reactorsHIFAR (High-flux Australian Reactor)
The HIFAR research reactor was situated at Lucas Heights in New South Wales, Australia, and operated by ANSTO. It was a cornerstone of Australian nuclear research for isotope production and neutron scattering over its 49-year operational history until its shutdown in 2007, when it was replaced by th
reactorsBandung TRIGA (Reaktor TRIGA 2000)
Located at the Bandung Nuclear Technology Center in West Java, Indonesia, this TRIGA Mark II reactor serves as a key facility for research and training. It plays a significant role in neutron activation analysis and educational programs in nuclear science. Operational since its commissioning, it sup