Serbia’s strongest argument for treating electricity evidence as an industrial policy priority lies not in the size of its power market, but in the structure of its exports. The country exported approximately EUR 23.7 billion worth of goods in January–August 2026, an increase of 8.8% year on year, while EU member states accounted for 58.3% of Serbia’s total external trade. This close economic relationship means EU carbon regulations can influence investment decisions within Serbian factories, even when the electricity they consume never crosses the border.
A key distinction must be made between electricity exported as a CBAM-covered good and electricity used to manufacture another product covered by the Carbon Border Adjustment Mechanism (CBAM). A Serbian wind farm selling electricity to Hungary is subject to the rules applicable to electricity imports and the relevant emissions evidence. By contrast, a Serbian factory purchasing renewable electricity to produce steel, aluminium, cement or fertiliser must follow the methodology applicable to the manufactured product. Applying the electricity-import test directly to industrial production can therefore lead to incorrect conclusions.
Under the current framework, purchased electricity does not automatically reduce certificate obligations for covered steel and aluminium goods where the applicable calculation focuses on direct emissions. Cement and fertiliser may be subject to indirect-emissions treatment under their respective rules. Product classification, production boundaries and precursor materials must be assessed before an exporter attributes a CBAM-related financial benefit to a domestic green power purchase agreement (PPA).
This distinction does not diminish the case for renewable electricity procurement by industry. Instead, it provides a more credible basis for investment. Serbian exporters can use long-term PPAs to hedge electricity costs, meet customer procurement requirements, strengthen product-carbon reporting, improve access to sustainability-linked financing and prepare for potential expansion of CBAM to downstream products. These benefits can have commercial value even when they do not immediately reduce the number of certificates required at the EU border.
The financing opportunity is particularly significant because industrial PPAs can address two investment needs simultaneously. Renewable-energy developers require creditworthy, long-term offtakers to support project financing, while export-oriented manufacturers need predictable electricity costs and stronger low-carbon credentials within EU supply chains. A well-structured agreement can therefore help finance new Serbian generation capacity while improving the buyer’s competitiveness in export markets.
The main risk is overstating the benefits. If a trader or generator promises universal CBAM savings, the buyer may later discover that the claimed reduction is not recognised for its specific Combined Nomenclature (CN) code or emissions category. Contracts should instead specify precisely what is being supplied: electricity, price hedging, Guarantees of Origin (GoOs), metering data, installation-level information or support for product-emissions calculations. The buyer’s technical and legal teams should verify the eligibility of each claimed benefit before it is assigned a financial value.
Serbian exporters also need a reliable system for managing emissions and electricity evidence. At a minimum, factories should be able to reconcile contracted PPA volumes with metered consumption, the relevant production period and the allocation of electricity to specific products. In sectors where actual electricity-related emissions are legally relevant, the supporting records must meet the requirements of the applicable methodology. Even where electricity data does not directly affect current CBAM liabilities, it can remain valuable for customers, lenders and future regulatory developments.
The proposed expansion of CBAM to downstream steel- and aluminium-intensive products from 2028 further increases the importance of preparation. Serbian automotive suppliers, machinery manufacturers, metal fabricators and electrical-equipment producers should begin mapping their material inputs and electricity flows rather than waiting for the final product list. Although the scope remains subject to negotiations, the policy direction points towards greater scrutiny of supply-chain emissions and more extensive data requirements.
For Serbia, industrial electricity strategy is increasingly becoming export strategy. Competitive manufacturers will need to do more than negotiate the lowest possible megawatt-hour price. They will also need to establish what their electricity procurement can demonstrate, who owns the associated environmental attributes, how electricity is allocated to production and which customer or regulatory claims the supporting evidence can legitimately substantiate.
Supported by CBAM.Clarion.Engineer