Türkiye has broken ground on a data center campus in Ankara that could involve $4.1 billion of investment across three phases, marking one of the country’s largest attempts to attract foreign capital into artificial intelligence, cloud computing and digital infrastructure. The project, led by a joint venture between Türkiye’s Rönesans Infrastructure and US-based Digital Realty, matters beyond its headline value. It will test whether Türkiye can convert its large domestic market, data-residency requirements and position between Europe, Asia and the Middle East into a competitive regional computing hub.
A Foreign-Led Platform Takes Shape in Ankara
The groundbreaking ceremony was held on October 19 at the Başkent Organized Industrial Zone in Temelli, Ankara. According to Anadolu Agency, Industry and Technology Minister Mehmet Fatih Kacır said the first facility would require $450 million for land-related infrastructure and construction, followed by approximately $900 million of spending on cooling, computing and other technology systems.
Rönesans Holding President Erman Ilıcak said the project’s three phases would bring the total investment to $4.1 billion and be delivered within three years. The first phase is designed to provide more than 22 megawatts of carrier-neutral information technology capacity, with completion scheduled for 2028.
The distinction between construction expenditure and technology investment is important. The $4.1 billion figure appears to include not only buildings and electrical infrastructure, but also equipment installed by service providers and customers. Neither Digital Realty nor Rönesans disclosed a detailed phase-by-phase capital structure in their initial joint-venture announcement. The ownership percentages, financing mix and identity of anchor tenants also remain undisclosed.
Digital Realty announced its entry into Türkiye on September 14, describing the partnership as a platform for developing and operating data centers across the country. It said the Ankara site had already secured land, power and permits, and that preliminary construction work had begun before the formal ceremony.
The US-listed company brings an international network of carrier-neutral data centers and relationships with hyperscale cloud providers, telecommunications operators and multinational enterprises. Rönesans contributes local project development, construction and infrastructure experience. Digital Realty Chief Investment Officer Greg Wright said the combination was intended to address growing demand for cloud, AI and enterprise infrastructure.
The partners also plan a facility in Istanbul. Kacır said their longer-term investments in Ankara and Istanbul could exceed $10 billion and reach 200 megawatts of capacity, equivalent to one-fifth of the government’s national target for 2030. Those wider figures should be treated as a development ambition rather than committed expenditure because project schedules, customers and financing terms have not yet been published.
Türkiye’s Data Center Strategy Moves Beyond Istanbul
Most of Türkiye’s existing data center capacity is concentrated in Istanbul and the surrounding Marmara region, close to corporate headquarters, international fiber routes and the country’s largest concentration of users. Ankara offers a different demand profile. It is the center of government, defense industries, public-sector computing and a growing technology ecosystem, making it especially relevant for sovereign cloud and regulated workloads.
The Ankara project is also carrier-neutral, meaning customers should be able to connect through multiple telecommunications providers rather than depend on a single network. This can improve redundancy, pricing competition and access to cloud and content platforms. Digital Realty said the facility would serve public institutions, national enterprises and digital-service providers while bringing applications closer to Turkish users.
Türkiye is starting from a smaller base than established European data center markets, but demand drivers are becoming stronger. Cloud adoption, e-commerce, digital banking, online public services and AI workloads are raising requirements for local computing capacity. A 2026 analysis by Norton Rose Fulbright described the Turkish market as moving beyond traditional colocation toward hyperscale, cloud and AI facilities that require higher power density, more sophisticated cooling and stronger connectivity.
The Digital Realty investment follows the November 2025 announcement of a Google Cloud region in partnership with Turkcell. Google committed $2 billion over ten years, while Turkcell said it planned to invest $1 billion in data centers and cloud technologies. Google said the region would provide locally delivered data analytics, cybersecurity, storage and AI services, as well as data-residency controls and lower latency.
Turkcell Chief Executive Ali Taha Koç said the cloud region could generate more than $5 billion of annual economic value when operational, although that remains a company estimate rather than an independently verified forecast. Google’s entry and Digital Realty’s joint venture nonetheless provide complementary signals. One introduces a global cloud platform, while the other adds a neutral facility operator capable of hosting several cloud, connectivity and enterprise customers.
Incentives Place Data Infrastructure Inside Industrial Policy
Ankara is treating computing capacity as strategic infrastructure rather than conventional commercial real estate. At the groundbreaking, Kacır said global installed data center capacity was expected to rise from about 103 gigawatts in 2025 to 200 gigawatts by 2030. He described data processing and cloud computing as the “oil of the 21st century,” reflecting the government’s emphasis on digital sovereignty.
The 2026-2030 Türkiye Artificial Intelligence Action Plan sets a target of at least 1 gigawatt of domestic data center capacity by the end of the decade. The government is supporting that objective through HIT-30, a technology investment program intended to allocate $30 billion of incentives through 2030.
Kacır said the HIT-Data Center Call has a support budget of $1.4 billion and targets projects with at least 30 megawatts of capacity. A separate HIT-Artificial Intelligence Call carries a $1.6 billion budget for domestic cloud and AI infrastructure. The ministry is also developing programs for high-performance chips, quantum systems and shared GPU access.
For investors, eligibility is not automatic. Norton Rose Fulbright noted that data center projects may qualify for VAT and customs-duty exemptions, along with possible tax and financing support, but must satisfy technical conditions. These include certification aligned with the TS EN 50600 standard, minimum availability and physical-protection criteria, energy monitoring, and fiber connections from at least two telecommunications operators.
That makes investment-incentive strategy an early-stage design issue. Developers need to align capacity, equipment specifications, procurement schedules and corporate structure with the applicable incentive certificate before making binding orders. Imported cooling systems, backup generators, switchgear, servers and networking hardware also create customs-classification and import-export requirements that can materially affect the project budget.
Power, Cooling and Connectivity Are the Real Constraints
The commercial success of the campus will depend less on the availability of land than on reliable electricity, cooling water or alternative cooling technologies, and diverse fiber connectivity. A 22-megawatt IT load consumes power continuously, while the electricity required by the overall facility will be higher after cooling and other systems are included.
Türkiye’s Ministry of Energy and Natural Resources reported that national electricity consumption reached 360.9 terawatt-hours in 2025, an increase of 2.1 percent, and is projected to rise to 455.3 terawatt-hours by 2030. Installed generating capacity reached 126,944 megawatts by the end of August 2026.
The generation mix remains carbon-intensive. The ministry said coal produced 33.6 percent of Türkiye’s electricity in 2025 and natural gas 23 percent. Hydropower contributed 15.8 percent, wind 10.9 percent and solar 10.5 percent. The International Energy Agency expects wind and solar together to supply about 35 percent of generation by 2030, but data center operators seeking low-carbon power will still need credible procurement arrangements rather than relying solely on national capacity additions.
Power availability must be assessed at the specific grid-connection point. National installed capacity does not guarantee that a chosen industrial zone has sufficient transmission capacity, redundancy or acceptable connection timing. Investors may need long-term supply agreements, renewable-energy certificates, on-site generation or storage, subject to Turkish energy-market rules.
Water use and heat management will also influence permitting and operating costs. High-density AI equipment produces more heat than conventional enterprise servers, increasing demand for liquid cooling and advanced efficiency systems. Environmental approvals, water access, backup-fuel storage, noise controls and emergency-generation permits therefore need to be coordinated with technology design. This is where government relations and project management become operational necessities, involving the industrial-zone administration, energy authorities, municipalities, telecommunications providers and environmental regulators.
Data Sovereignty Creates Demand and Compliance Risk
Local hosting demand is reinforced by Türkiye’s regulatory framework. Banks, payment companies, public institutions and operators of critical infrastructure face sector-specific requirements governing information systems, outsourcing and data location. These rules can make domestic capacity commercially valuable, particularly for cloud services designed for regulated customers.
Türkiye amended Article 9 of its Personal Data Protection Law in 2024 to modernize cross-border transfer rules. The Personal Data Protection Authority states that transfers can rely on an adequacy decision or, where no such decision exists, safeguards including standard contracts, binding corporate rules or approved undertakings, provided the law’s processing conditions are satisfied.
Domestic hosting does not by itself resolve every compliance issue. A Turkish data center may still involve remote administration from another jurisdiction, replication to a foreign disaster-recovery site, overseas cybersecurity monitoring or access by a multinational parent. Each activity can constitute or contribute to an international transfer and must be mapped contractually and technically.
Foreign operators must therefore coordinate market-entry architecture with legal and tax compliance. Relevant questions include whether to establish a Turkish operating company, use a joint venture or contractual partnership, register as a data controller, allocate cybersecurity responsibilities and structure service-level agreements. Corporate incorporation and structuring also affect licensing, incentive access, financing, withholding taxes and the treatment of equipment imports.
Currency risk adds another layer. Norton Rose Fulbright observed that Türkiye restricts certain foreign-currency-denominated contracts, although exceptions exist. Data centers are often financed and benchmarked in dollars or euros, while some local customer revenues may be denominated in Turkish lira. Contract design must address this mismatch before lenders assess debt capacity and bankability.
What This Means for Foreign Investors
The Ankara campus signals that Türkiye’s digital-infrastructure market is entering a larger and more international phase. The country attracted $13.1 billion of FDI in 2025, according to the Turkish Investment and Finance Office, up 12.2 percent from 2024. Information and communication accounted for 14 percent of inflows, or approximately $1.3 billion. Digital Realty’s arrival could broaden this investment beyond telecommunications companies toward institutional infrastructure capital, cloud providers and specialized contractors.
The opportunity extends to cooling, electrical systems, cybersecurity, fiber networks, renewable power, construction, managed services and AI computing. Yet investors should not interpret the $4.1 billion announcement as proof that all capacity is financed or contracted. They should test tenant demand, grid access, fiber diversity, incentive eligibility and the allocation of technology expenditure between the developer and future customers.
A practical entry process begins with market-entry analysis and customer validation, followed by incorporation or joint-venture structuring. Investment-incentive work must be integrated with technical design, while legal and tax compliance should cover data transfers, sector rules, foreign-currency contracts and equipment ownership. Import-export planning is necessary for specialized hardware, and government relations can help coordinate permits and infrastructure connections without substituting for formal regulatory compliance.
For firms supplying equipment or services without immediately establishing a full operation, expo and trade-fair representation can support partner and customer identification. Once a project moves forward, disciplined project management is needed to connect permitting, procurement, construction, commissioning and incentive reporting.
Türkiye has now attracted two significant international digital-infrastructure platforms within a year. The next test is execution. If Ankara can deliver reliable power, transparent incentives, predictable regulation and sufficient customer demand, the Temelli campus could become a reference project for foreign investment in Türkiye’s AI economy. If those elements fail to align, the large headline value will remain a statement of ambition rather than a functioning regional data hub.