The UAE is on the brink of a nuclear energy revolution, but here's where it gets controversial: while the country’s nuclear regulator insists it’s ‘ready’ for capacity expansion, no formal proposals have been submitted yet. Is the UAE truly prepared for what’s next in nuclear power?
On Wednesday, the UAE’s nuclear regulator, the Federal Authority for Nuclear Regulation (FANR), declared its readiness to embrace new technologies and support future capacity additions to meet the soaring electricity demands, particularly from data centers and artificial intelligence. But here’s the twist: despite media buzz about discussions with Russia’s Rosatom, FANR’s Director General, Christer Viktorsson, confirmed there’s no official proposal on the table for building a new type of facility. And this is the part most people miss: FANR is strategically positioning itself to regulate any emerging technology, from small modular reactors (SMRs) to large-scale plants, without favoring one over the other.
Rosatom’s chief recently revealed that Russia has proposed building small nuclear power plants—both land-based and floating—for the UAE, even suggesting potential UAE investment in Central Asian nuclear projects. These proposals followed UAE President Sheikh Mohamed’s visit to Moscow, sparking questions about the geopolitical implications of such partnerships. Is the UAE’s nuclear future tied to Russia, or will it explore other global players?
Currently, FANR’s primary focus is the 5.6-gigawatt Barakah Nuclear Power Plant, a South Korean-built complex with four advanced reactors that cost $20 billion. Completed in 2024, Barakah meets a quarter of the UAE’s electricity needs. But with data centers and AI driving unprecedented energy demand, FANR is already preparing to regulate SMRs, which could serve as dedicated power sources for these facilities. Viktorsson emphasized, ‘We have to be ready, even if no expansion decision has been made yet.’
The Emirates Nuclear Energy Company, Barakah’s operator, clarified that while it evaluates proposals from various technology providers—including SMRs—any expansion would require a formal tender process, ensuring transparency and regulatory compliance. But here’s the burning question: Can SMRs truly revolutionize energy supply for data centers, or are they just a costly experiment?
FANR’s mandate has also expanded under the UAE’s 2027–2029 strategy, aiming to position the regulator as a global leader in nuclear safety, security, and sustainability. Viktorsson stated, ‘Our vision is to ensure the entire nuclear and radiation sector develops responsibly.’ To achieve this, FANR is exploring AI and digital tools for oversight, though Viktorsson cautioned, ‘We must understand AI’s limitations before integrating it into our processes.’
Meanwhile, FANR continues to monitor regional nuclear risks, particularly from Iran’s facilities near the Gulf. Using International Atomic Energy Agency data, the regulator has assured the UAE government of no immediate danger. But with tensions in the region, how prepared is the UAE for a potential nuclear incident?
As FANR trains its staff on SMRs and studies 80–90 different designs, Viktorsson stressed the need for early collaboration with investors: ‘We need to know which technology they’re interested in so we can regulate it effectively.’ This proactive approach reflects the UAE’s ambition to lead in nuclear innovation while prioritizing safety.
So, what do you think? Is the UAE’s nuclear expansion a bold step toward energy security, or a risky gamble in an unstable region? Share your thoughts below!
