Serbia’s goods exports rose 8.9% to 26.89 billion euros in January-September 2026, increasing pressure on electricity-intensive manufacturers to sustain sales while securing affordable, reliable power and documenting emissions and input origins for European Union customers. The export gain comes as power prices, supply security and carbon-related rules become more important to European buyers.
Export growth and power supply
The Statistical Office reported that Serbian manufacturing output increased 5.1% in September from a year earlier. Total industrial production rose 3.2% in September, but increased only 0.5% over January-September. Output in electricity, gas, steam and air-conditioning supply declined 7.2% year on year in September.
These figures describe production changes, not electricity-market prices, and do not establish that power shortages caused any particular factory’s performance. Still, steel mills, aluminium processors, cement plants and large component manufacturers need reliable electricity as well as commercially acceptable prices.
Interruptions, voltage issues, variable balancing costs and uncertainty over future supply contracts can affect production schedules and delivery of export orders, even when average electricity prices appear manageable. For manufacturers planning investment over a decade or more, the stability of electricity and fuel supply matters alongside the latest monthly export statistics.
At the MEPS 2026 conference, the Serbian Chamber of Commerce warned that European trade restrictions and unresolved energy-security questions could complicate Serbia’s external economic position. The role of imported fossil fuels was among the risks raised. The figures on exports provide a starting point, but do not establish that industrial competitiveness is secure.
CBAM and emissions evidence
The European Union’s Carbon Border Adjustment Mechanism (CBAM) definitive regime began on January 1, 2026. Electricity is one of the six sectors covered, alongside selected goods including iron and steel, aluminium and cement. Under the rules described, the EU importer or authorised declarant holds the relevant legal obligations.
Suppliers outside the EU may nevertheless need to provide emissions information, evidence of electricity generation and contractual records if an importer seeks to use actual rather than default values under applicable rules. A renewable electricity purchase agreement does not, by itself, prove that an industrial export or electricity shipment qualifies for a particular CBAM emissions treatment.
That treatment depends on the applicable legal methodology, physical and contractual links, monitoring data and verification requirements. Evidence must match the product and reporting period being claimed, while unsupported statements about green power can create compliance risks for buyers.
For electricity-intensive exporters, commercial exposure has three distinct layers: the factory-gate energy price; interruptions, imbalance charges and fuel or network constraints; and the supplier’s ability to document input emissions and origin to a standard acceptable to EU customers. Energy prices, supply risks and emissions documentation affect margins in different ways and should not be combined into a single carbon-cost estimate.
Requirements also vary by customer. A domestic buyer may focus mainly on product price and reliable delivery, while an EU importer of covered goods must assess relevant CBAM obligations. Suppliers serving both markets need cost models that allocate documentation, verification and contractual expenses without assuming that every tonne or megawatt-hour faces the same carbon charge.
Contracts, data and investment
Banks financing industrial expansion should include energy-supply, price and carbon-data risks in credit appraisal. A technically efficient production line can still be commercially weak if its energy contract exposes the producer to uncontrolled prices or an EU customer cannot obtain required carbon data.
Secure supply agreements, metering systems, clear data ownership and independently checked emissions documentation can support bankability and customer confidence. A practical competitiveness programme would combine grid and generation investment with energy-efficiency upgrades, improved industrial metering, credible contracting and export-oriented environmental reporting.
Industrial buyers can compare fixed-price supply, indexed procurement and bilateral power-purchase arrangements against a transparent risk budget. A long-term power contract may reduce one kind of price exposure while introducing credit, volume or shape risk. The appropriate model depends on consumption patterns, the reliability of delivered supply and counterparties’ financial strength, rather than a general preference for one procurement method.
Companies expanding low-carbon production can design evidence systems alongside the plant, with clear ownership and auditable controls for metering points, production records, precursor inputs and emissions calculations. Building those systems during plant development reduces the risk of having to reconstruct years of operational data after a foreign customer or verifier requests it.
Metering and production evidence also make it easier to determine whether process improvements are reducing energy intensity. Power-market reform alone would not resolve all trade challenges, and compliance work would not replace the need for physical supply infrastructure. The next test is whether Serbian manufacturers can turn improved sales into durable capacity while controlling energy costs and meeting the documentation standards of their largest external market.