Serbian manufacturers seeking to expand exports to the European Union face growing pressure to manage electricity costs, secure reliable energy supplies and meet carbon reporting requirements. The issue is particularly relevant for electricity-intensive industries, as energy procurement and emissions documentation increasingly influence production economics and access to European customers.
Serbia’s goods exports increased by 8.9% to EUR 26.89 billion in January-September, but maintaining this growth will depend partly on the ability of industrial producers to control energy-related operating costs.
According to the Statistical Office, manufacturing output increased by 5.1% year on year in September, while electricity, gas, steam and air-conditioning supply declined by 7.2%. Total industrial production grew by 3.2% during the month, but its cumulative increase for January-September was only 0.5%. These figures reflect changes in industrial output rather than electricity-market prices and do not establish that power shortages were responsible for the performance of individual factories.
Electricity Supply and Industrial Operating Costs
Reliable electricity supplies and commercially sustainable energy prices are important requirements for steel mills, aluminium processors, cement plants and large component manufacturers.
Production interruptions, voltage fluctuations, balancing expenses and uncertainty surrounding future supply contracts can affect manufacturing schedules and the ability to fulfil export orders, even when average electricity prices remain manageable.
Energy security was among the issues raised at the MEPS 2026 conference, where representatives of the Serbian Chamber of Commerce highlighted the potential impact of European trade restrictions and unresolved energy-supply questions on Serbia’s external economic position.
Dependence on imported fossil fuels was also identified as a risk. For manufacturers planning investments with operating horizons extending over a decade or longer, the predictability of electricity and fuel supplies is an important consideration alongside current export performance.
CBAM Introduces Additional Requirements for Electricity and Industrial Goods
The European regulatory framework adds another dimension to energy procurement and manufacturing costs. The definitive phase of the EU’s Carbon Border Adjustment Mechanism (CBAM) began, covering six sectors, including electricity and selected products such as iron and steel, aluminium and cement.
The relevant legal obligations apply to the EU importer or authorised declarant. However, suppliers outside the EU may need to provide emissions information, electricity-generation evidence and contractual documentation when importers seek to use actual emissions values instead of permitted defaults.
Renewable electricity procurement agreements do not automatically establish eligibility for a particular CBAM emissions treatment. The applicable assessment depends on the relevant legal methodology, physical and contractual connections, monitoring information and verification requirements. Evidence must correspond to the specific product and reporting period. Unsupported claims about renewable electricity use can therefore create compliance risks for European buyers.
Energy Procurement and Financing Risks
For electricity-intensive exporters, energy-related financial exposure involves several separate components. These include the electricity price paid by the factory, potential interruptions, balancing charges, fuel availability and network constraints. The ability to document the emissions and origin of production inputs to standards accepted by EU customers represents an additional commercial requirement. Each factor can affect operating margins differently and requires separate assessment.
Banks financing industrial expansion also need to account for these considerations when evaluating projects. A technologically efficient production facility may face commercial difficulties if its electricity contract leaves it exposed to uncontrolled price movements or if its European customers cannot obtain the carbon information required for imports.
Conversely, secure supply agreements, appropriate metering infrastructure, clearly defined data ownership and independently verified emissions records can improve project bankability and customer confidence.
Long-Term Contracts and Industrial Energy Management
A competitiveness programme for Serbian industry would combine investment in electricity grids and generation with energy-efficiency improvements, better industrial metering, reliable procurement arrangements and export-oriented environmental reporting.
Grid and generation investment cannot be replaced by regulatory compliance measures, just as power-market reforms alone cannot resolve every trade-related challenge. Both physical infrastructure and improved compliance systems are relevant to long-term industrial investment.
Contractual arrangements provide manufacturers with several ways to manage electricity procurement. Fixed-price supply agreements, indexed purchasing and bilateral power-purchase agreements can be evaluated against individual companies’ risk budgets.
Long-term contracts can reduce exposure to certain price movements but may introduce other risks, including counterparty credit exposure, contracted-volume mismatches and differences between the agreed supply profile and actual consumption. The suitability of each arrangement depends on the manufacturer’s electricity consumption patterns, reliability of delivered power and financial strength of its contractual counterparties.
Emissions Monitoring and Export Documentation
Manufacturers investing in lower-carbon production need to establish emissions-monitoring systems as part of their industrial operations rather than introduce them only when requested by foreign customers.
Metering points, production records, precursor materials and emissions calculations require clearly assigned ownership and auditable controls. Maintaining these records throughout the production process reduces the need to reconstruct historical operating data when customers or independent verifiers request supporting evidence.
Such systems also enable companies to assess whether changes in manufacturing processes are producing measurable reductions in energy intensity.
Regulatory requirements differ according to the destination market and the products being supplied. Domestic customers may primarily assess purchase prices and delivery reliability, whereas EU importers bringing CBAM-covered goods into the bloc must also address the applicable carbon reporting and financial obligations. Serbian manufacturers supplying both domestic and European markets therefore need cost models that account for documentation, verification and contractual requirements without assuming that identical carbon charges apply to every tonne of product or megawatt-hour of electricity.
