Serbia is positioning itself as a Southeast European platform for data-centre services, AI compute and sovereign-cloud offerings. The country’s digital infrastructure includes operating ICT systems, an established ICT export base, and a growing AI ecosystem. Telecom depth and a larger power system than most Western Balkan markets are also part of the current foundation. A key constraint is that Serbia’s electricity generation remains heavily coal-based, affecting how any green electricity claim can be structured.
Any strategy for green data-centre operations is therefore linked to additional renewable capacity, battery storage, long-term PPAs, guarantees of origin, hourly metering and EU-grade data-governance controls. Serbia’s approach depends on procurement and verification structures rather than relying on general grid electricity sourcing. This requirement shapes how future capacity additions are planned alongside energy contracts and compliance mechanisms.
Government Data Centre in Kragujevac as the main anchor
The Government Data Centre in Kragujevac is described as Serbia’s strongest starting asset for data-centre development. It covers about 14,000 sq m on a 4 ha site and is presented by Serbia’s Office for IT and eGovernment as the first Class 4 data centre in Eastern and South-eastern Europe. The facility stores state, business and commercial data and has attracted international users including Oracle, IBM and Huawei. Serbia has also positioned itself as a European location where CERN stores data.
The next expansion phase is expected to add new modules with around 56 MW of capacity. This would move Kragujevac from a national digital-infrastructure project toward a regional compute platform. The expansion is framed around scaling compute capability while maintaining the existing role as an anchor facility.
Kragujevac AI platform: DGX A100 to DGX H200 and beyond
The AI layer for the Serbian case is housed in the Kragujevac data centre through a national AI platform. The first system is based on 4 NVIDIA DGX A100 units, 32 A100 GPUs, 150 TB of storage and around 5 PetaFLOPS of AI performance. A planned upgrade in 2026 adds 6 NVIDIA DGX H200 systems, 48 H200 GPUs and around 32 PetaFLOPS. A subsequent phase is described as being built around 640 NVIDIA GraceHopper superchips, with 2.5 PB of storage and AI inference capability.
Private-sector activity is also cited in Belgrade through Orion Telekom’s announcement of a sovereign AI factory. The initiative is described as based on NVIDIA DGX B200 infrastructure, offering AI-as-a-Service and GPU-as-a-Service for enterprise and regional clients. These announcements add detail to how compute capacity is expected to extend beyond the government-led anchor.
Serbia’s ICT services base supports demand for cloud and compute
Serbia’s domestic market demand is supported by ICT export figures reported for 2025. ICT services exports reached €4.552bn, up 10%, with an ICT services surplus of €3.529bn. The technology-services base spans Belgrade, Novi Sad, Kragujevac and Niš. It includes cloud engineers, cybersecurity teams, software exporters, AI developers, telecom operators, banks, public-sector digital systems and enterprise clients.
The source material links strategic infrastructure outcomes to the surrounding ecosystem of users, operators, compliance specialists and export-oriented digital businesses. Data centres are described as requiring that broader structure rather than functioning as standalone assets. Serbia is presented as already having much of this structure across multiple cities.
Electricity generation mix constrains green claims for data centres
The electricity mix is identified as the main constraint for green data-centre marketing in Serbia. In 2024, Serbia produced about 34.29 TWh, with 61.03% from brown coal and lignite, 28.97% from hydropower, 4.91% from natural gas, 3.89% from wind, 0.85% from biomass and only 0.35% from solar. After correction using a national residual mix approach, lignite was at 66.60% and hydropower at 23.81%. Under these conditions, ordinary grid electricity purchases cannot credibly support green claims without separate procurement and verification.
The load profile figures illustrate why sourcing matters at scale for continuous operations. A 50 MW IT-load data centre operating continuously at PUE 1.2 would consume roughly 525.6 GWh per year. This corresponds to about 1.5% of Serbia’s 2024 electricity consumption of 34.8 TWh, with the source noting that it equals a large share of renewable generation outside hydropower. For a 100 MW IT-load campus, annual consumption is estimated at about 1.05 TWh.
A renewables pipeline plus firm grid access shapes project feasibility
The renewables pipeline is described as central to the data-centre strategy because it supports additionality requirements tied to new capacity rather than existing supply attributes alone. Serbia’s second renewables auction is cited as attracting strong investor interest with projects potentially reaching up to 645 MW of wind and solar capacity. Competitive bids are given at around €50.9/MWh for solar and €53.6/MWh for wind.
A separate programme is also referenced: a planned 1 GW solar-plus-BESS initiative with Hyundai Engineering and UGT Renewables across several sites. The programme includes 1.2 GWp of solar capacity and at least . To match the source facts precisely: it includes at least battery storage of 200 MW / 400 MWh across several sites. These projects are described as helping build the power base for green compute if demand links to additional capacity rather than existing hydro or residual-grid supply.
The grid connection process remains a decisive bottleneck for both renewables developers and large digital loads. Serbia’s decision to delay processing large wind and solar grid-connection study applications until 2029 is cited as evidence that transmission planning cannot be separated from data-centre strategy.
Evolving power-market signals affect flexible load planning
The source cites market reform through SEEPEX introducing negative prices on day-ahead and intraday markets in May 2026. This change is described as aligning Serbia more closely with EU-style electricity-market signals relevant to large digital loads within a flexible system context.
The same section links operational flexibility tools to financing assumptions used by banks on both sides of projects. Long-term PPAs are described as anchoring new wind and solar projects while batteries can reduce exposure to peak prices and support balancing. It also notes that AI inference workloads can be shifted where latency permits and that backup systems can be integrated into resilience planning.
An additionality-based model connects metering, guarantees of origin and reporting
The green-data-centre model described in the source is based on additionality rather than purchasing existing renewable attributes alone. It calls for contracting new wind, solar and storage capacity through long-term PPAs, retiring guarantees of origin, reconciling metered consumption with generation on an hourly or near-hourly basis, disclosing residual-grid exposure and documenting backup generation.
The reporting requirements listed include PUE targets, water use metrics, heat-reuse options and Scope 2 accounting alongside traceability mechanisms tied to guarantees-of-origin instruments used through EMS participation in the European system.
EUC-facing workloads require GDPR safeguards and alignment with EU digital rules
The EU-data side is described as more sensitive because Serbia is not an EU member state and does not currently have a full EU adequacy decision under GDPR. While this does not prevent EU clients from using Serbian infrastructure generally, sensitive EU personal-data workloads require contractual safeguards including transfer-impact assessments, technical controls such as encryption, access restrictions and client-specific compliance architecture.
The source also lists further alignment needs with the Digital Services Act, Digital Markets Act, Open Data Directive, European Digital Identity Framework and NIS2 Directive along with broader EU cyber-resilience requirements. For regulated clients, trust is presented as depending on legal architecture alongside server capacity.
Selecting locations across Belgrade, Kragujevac, Novi Sad and Niš
The geography of deployment is framed through multiple Serbian cities with different roles in commercial activity or engineering depth. Belgrade is identified as the commercial centre covering telecoms, finance and enterprise sales while Kragujevac already hosts the government data-centre anchor together with the national AI platform.
Novi Sad and Niš are cited for engineering depth supported by university ecosystems. Industrial corridors around Pančevo, Smederevo and Kostolac transition zones are mentioned as possible areas where substations, grid infrastructure, fibre routes, land availability plus potential heat-use or energy-integration cases could be stronger due to brownfield conditions.
Certain policy conditions govern grid priority access and permitting requirements
The policy package described requires strict handling of grid connection priorities for speculative projects unless they include new renewable generation or storage plus grid-reinforcement funding with clear public benefits attached to those developments.
The permitting framework listed includes energy-source disclosure requirements along with PUE targets and water-use targets plus backup-fuel reporting, heat-reuse assessment steps, cybersecurity certification needs and EU-style energy-reporting standards.
Sectors identified for near-term deployment include cloud backup through sovereign cloud
The source identifies near-term credible segments including regional cloud backup, Balkan disaster recovery, AI inference services and GPU-as-a-Service offerings alongside industrial data platforms and gaming infrastructure support.
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