Strengthening Türkiye’s Energy Sovereignty: The $65 Billion Nuclear Imperative

Every year, Türkiye writes a cheque for its energy dependency. In 2024, that cheque totalled USD 65.59 billion, the structural weight of a macroeconomic vulnerability that constrains the current account, amplifies sensitivity to global commodity cycles, and limits the government's capacity to shield domestic consumers and industry from international price shocks. Domestic oil production meets just 7% of national demand. Natural gas is imported in near-totality. 61% of coal generation depends on imported fuel, despite coal remaining the single largest electricity source at 35% of 2024 generation. Fossil fuels collectively accounted for 55% of electricity output in a year when Türkiye ranked as the 15th largest electricity consumer in the world.

This is not a story about transition preferences or carbon targets alone. It is the structural imperative of a G20 economy with a $1.34 trillion GDP and 85 million people to replace the largest avoidable outflow in its national accounts with domestic, sovereign, dispatchable generation capacity. Nuclear energy is the answer that Türkiye's National Energy Plan has identified, and the market being built to deliver it is one of the most consequential energy investment stories of this decade.

Demand That Does Not Stop Growing

Türkiye's electricity demand grew by 5.5% in 2024, adding 18 TWh, driven by record summer temperatures, post-earthquake reconstruction, and a residential and commercial consumption rebound. Over the five years from 2019 to 2024, total consumption grew by 14%, adding 42 TWh. Three-quarters of that increment was absorbed by wind and solar; the remainder was met by increased imported fossil fuel generation, sustaining both the carbon intensity of the grid and the foreign exchange outflow that accompanies it.

The National Climate Strategy projects demand to increase by a further 113 TWh by 2030, nearly three times the growth of the preceding five years, with the government's long-term planning horizon extending to a 1,000 TWh scenario for 2050. Türkiye is adding 8 to 9 GW of intermittent renewable capacity annually, a deployment rate impressive by any global benchmark. Yet each additional gigawatt of wind and solar increases, rather than reduces, the system's requirement for firm baseload that can balance the grid when generation is intermittent. The structural gap between what renewables can reliably deliver and what a rapidly electrifying industrial economy demands is widening, and only dispatchable, always-on generation can close it.

Nuclear as the Sovereign Energy Asset

The National Energy Plan is explicit about nuclear's role. Installed nuclear capacity is projected to reach 4.8 GW by 2030, and 7.2 GW by 2035, with nuclear's generation share rising to 11.1% across that horizon. The government's 2050 target of 20 GW of nuclear capacity, anchored by a 2053 net-zero commitment, defines a multi-decade procurement programme of the first order. For a country spending $65.59 billion annually on energy imports, every gigawatt of domestic nuclear capacity commissioned is a permanent, compounding reduction in that figure, savings that remain within the national economy rather than flowing to commodity exporters.

The flagship is Akkuyu Nuclear Power Plant in Mersin, with four VVER-1200 units being constructed by Rosatom under a Build-Own-Operate model, delivering a combined 4,800 MWe. Beyond Akkuyu, Sinop on the Black Sea coast is designated for a second plant. A third site in Thrace completes the pipeline. Three sites, multiple technology vendors, a 20 GW target, the architecture of a national nuclear programme is already defined.

CBAM: The Industrial Demand Pull

The sovereignty argument is reinforced by a powerful external commercial pressure: the EU's Carbon Border Adjustment Mechanism. Fully implemented from 2026, CBAM applies a carbon price to imports into the EU of steel, cement, aluminium, fertilisers, electricity, and hydrogen. Türkiye's industrial sector is deeply integrated with EU supply chains, and its production processes carry substantially higher carbon intensity than European equivalents, a gap that translates directly into elevated export costs under CBAM, eroding competitiveness in Türkiye's most important trading relationship.

For energy-intensive Turkish manufacturers, access to verifiably low-carbon electricity is a commercial necessity. Nuclear generation, with a lifecycle carbon intensity among the lowest of any electricity source, addresses the CBAM compliance requirement directly. The availability of nuclear-sourced clean electricity from Akkuyu in the near term, from SMRs co-located with industrial clusters over the longer term, transforms nuclear from a power sector asset into an industrial competitiveness infrastructure. CBAM functions as a market-pull mechanism that adds a further structural layer to Türkiye's nuclear investment rationale.

A Multi-Decade Commercial Architecture

Türkiye's nuclear programme is not a single project, but it is a sequenced, policy-mandated national buildout with three designated sites, a 20 GW capacity target, a 2053 net-zero anchor, and a macroeconomic rationale that makes it structurally durable across political cycles. Reactor vendors, EPC contractors, fuel cycle companies, engineering firms, training providers, digital systems suppliers, and project financiers each have a defined and expanding role across Akkuyu, Sinop, and Thrace.

The energy sovereignty imperative driving Türkiye's nuclear programme is written into the national accounts. As long as Türkiye spends tens of billions annually importing the fuel that powers its economy, the strategic and commercial logic for domestic nuclear generation compounds. The country stands at a structural inflection point: decisions made in the next five years on Akkuyu commissioning, Sinop vendor selection, and SMR integration will define the trajectory of its energy economy for decades. That trajectory will gain sharper commercial definition through forums such as the 3rd edition of Türkiye Nuclear Business Platform (TNBP) 2026, taking place 26–27 August in Ankara, where policymakers, investors, and vendors are expected to refine investment frameworks and partnership pathways. For the global nuclear industry, that inflection point is one of the most significant commercial moments of this decade.