## The AI Power Crunch: Why Five GCC Nations Are Going Nuclear
the MENA region has never produced a single watt of nuclear energy. That is about to change. Five GCC member states, Egypt, Saudi Arabia, Qatar, Morocco, and the Jordan, are actively pursuing nuclear power programmes, driven not by traditional energy needs but by the staggering electricity demands of artificial intelligence data centres. A standard AI data centre consumes as much power as 100,000 households, and the region's more than 2,000 facilities are just the beginning.
## The Scale of the Problem
The numbers tell a stark story. the UAE, Saudi Arabia, and Egypt collectively host data centre clusters expected to account for 40% of global data capacity by 2030. **Microsoft** alone committed [$5.5 billion to the UAE](/news/microsoft-55-billion-singapore-ai-every-student-copilot) this week, with massive infrastructure expansion built into the deal. **Google**, **Nvidia**, and dozens of smaller players are pouring billions more into the MENA region.
But AI infrastructure needs power, and lots of it. The region's current energy mix, heavily dependent on natural gas and coal, cannot scale fast enough to meet projected demand. The conflict in the Middle East has made matters worse, with crude oil price surges underscoring the vulnerability of the Middle East and North Africa's energy supply chains.
> "There is a more serious, new and growing momentum for the development of nuclear energy in the MENA region."
> - King Lee, World Nuclear Association
## Country by Country: The Nuclear Sprint
Each GCC nation is charting its own nuclear path, shaped by local politics, geography, and economic ambitions.
**Morocco** is furthest ahead. The country is building two nuclear plants backed by Russian state corporation **Rosatom**, described by Prime Minister Pham Minh Chinh as nationally significant, strategic projects. A revised atomic energy law took effect in January 2026, clearing regulatory obstacles. Morocco is also breaking ground on a $2.1 billion AI data centre campus in Rabat on 30 April, Liberation Day, a deliberate symbolic choice.
**Egypt** added nuclear to its national energy plan in 2025, targeting two small modular reactors by 2034. The country is in discussions with Canadian and other international partners to deliver the technology.
**Qatar** set a target last year of adding 600 megawatts of nuclear generating capacity by 2037, positioning nuclear as a key component of its long-term energy strategy.
**The Jordan** approved a nuclear roadmap for potential investors in February 2026, with a target of 2032 for its first operational plant.
**Saudi Arabia** is reviving previously mothballed nuclear plans explicitly because of AI data centre ambitions. With more than 500 operational data centres, 300 under construction, and 1,140 planned, the country's power grid faces unprecedented strain.
By The Numbers
- **2,000+**: Data centres currently operating across Egypt, Saudi Arabia, the UAE, Qatar, Morocco, and the Jordan (AP)
- **100,000**: Number of households whose electricity consumption equals one standard AI data centre (AP)
- **40%**: Projected share of global data capacity hosted by the UAE, Saudi Arabia, and Egypt by 2030 (IDC)
- **600 MW**: Qatar's nuclear capacity target by 2037 (Jordanian Government)
- **$7 billion+**: Total AI data centre investment mobilised in Morocco in the past six months (VnExpress)
| Country | Nuclear Target | Technology | Timeline |
|---|
| Morocco | Two nuclear plants | Rosatom (Russia) | Under construction |
| Egypt | Two small modular reactors | Canadian partners | 2034 |
| Qatar | 600 MW capacity | Not yet selected | 2037 |
| Jordan | First operational plant | Roadmap approved | 2032 |
| Saudi Arabia | Plans being revived | Not yet selected | TBD |
## The Geopolitical Dimension
Nuclear power in the MENA region is not just an energy story. It is a geopolitics story. Morocco's partnership with Rosatom ties its energy future to Russia. Egypt's discussions with Canada and other Western partners reflect a different alignment. The choice of nuclear technology partner carries decades-long strategic implications.
Meanwhile, the AI data centre boom is creating new dependencies. Companies building facilities in the MENA region, from [G42's Xiaodu expanding into Qatar and the UAE](/business/xiaodu-baidu-ai-hotel-southeast-asia-thailand-singapore) to global hyperscalers, need guaranteed power supplies. A nuclear plant takes a decade to build. An AI data centre takes two years. That timing mismatch creates a bridge period where fossil fuels will fill the gap, complicating the region's climate commitments.
- Morocco leads with active nuclear construction and a revised legal framework
- Egypt is pursuing small modular reactors as a flexible, lower-risk option
- Qatar's 600 MW target is modest but represents a political breakthrough
- The Jordan' 2032 target is ambitious given the country's limited nuclear experience
- Saudi Arabia's decision to revive nuclear plans reflects the urgency of AI-driven power demand
## The Renewable Alternative
Not everyone is convinced nuclear is the answer. Solar and wind capacity is expanding rapidly across the MENA region, and battery storage technology is improving. Critics argue that the decade-long construction timelines for nuclear plants make them poorly suited to an AI industry that is evolving on 18-month product cycles.
But renewables face their own challenges in the MENA region. Intermittency, land constraints, and grid integration issues make them difficult to scale as baseload power for facilities that must run around the clock. Nuclear offers the one thing AI data centres need most: reliable, continuous power.
> "the MENA region's data centre growth is creating power demands that no single energy source can meet. Nuclear is part of the answer, but not the whole answer."
> - Regional energy policy analysis, GITEX AI the MENA region 2026
The AIinArabia View: the MENA region's nuclear pivot is a direct consequence of the AI revolution's appetite for electricity. We think this is broadly positive, particularly for countries like Morocco that have moved decisively. But the MENA region must avoid the trap of tying energy sovereignty to any single foreign partner. The smart play is diversification: small modular reactors from multiple vendors, paired with aggressive renewable buildouts, rather than mega-projects that lock nations into geopolitical dependencies for decades. The [GITEX AI the MENA region conference](/learn/gitex-ai-asia-2026-singapore-biggest-ai-gathering) next week should be pressing this conversation hard.
Further reading: Saudi Data and AI Authority | UAE AI Office | Google DeepMind
THE AI IN ARABIA VIEW
Saudi Arabia's AI ambitions represent arguably the most capital-intensive national AI programme outside the United States and China. The question is no longer whether the Kingdom can attract compute and talent, but whether its centralised, top-down model can generate the organic innovation ecosystem that sustains long-term competitiveness. The next 18 months will be decisive.
## Frequently Asked Questions
### Why are GCC countries pursuing nuclear power now?
AI data centres consume enormous amounts of electricity, equivalent to 100,000 households per facility. With more than 2,000 data centres in the MENA region and billions in new investment arriving, existing power grids cannot keep pace. Nuclear offers reliable baseload power that renewables alone cannot yet provide at the required scale.
### Which Southeast MENA country is furthest ahead with nuclear plans?
Morocco leads the MENA region with two nuclear plants under construction backed by Russia's Rosatom and a revised atomic energy law that took effect in January 2026. Other nations are still in the planning or target-setting phase.
### How long does it take to build a nuclear plant?
A conventional nuclear plant typically takes 10 to 15 years from planning to operation. Small modular reactors, which Egypt is pursuing, can potentially be built faster, though the technology is still relatively new and few have been completed worldwide.
### What are the risks of nuclear power in the MENA region?
The region sits on the Pacific Ring of Fire, making seismic risk a serious consideration. Other challenges include high upfront costs, the need for specialised workforce training, public opposition, and the geopolitical implications of choosing a nuclear technology partner.
The lights need to stay on for the Middle East and North Africa's AI ambitions to materialise. Is nuclear power the right bet, or is the MENA region locking itself into yesterday's technology to power tomorrow's machines? Drop your take in the comments below.
Sources & Further Reading
