The European Commission has released a technical study regarding indirect emissions as part of the Carbon Border Adjustment Mechanism (CBAM), dated June 8, 2026. This document, issued through DG TAXUD, signifies a shift in CBAM from a focus on direct emissions compliance to a more complex framework that incorporates the carbon intensity of electricity consumed in the production of CBAM goods. The study outlines the methodologies for calculating indirect emissions and the conditions under which importers can claim actual indirect emissions.
The report addresses three key policy questions: determining operational default emission factors for indirect emissions, conditions for claiming actual indirect emissions, including rules surrounding direct technical links and power purchase agreements (PPAs), and whether to extend indirect emissions coverage to additional sectors. This positions the study not just as a technical analysis but also as a foundational design document for future CBAM applications, particularly affecting exporters reliant on electricity-intensive processes.
The comprehensive analysis combines methodological assessments, evaluations of existing CBAM regulations, scenario testing, and stakeholder feedback. It emphasizes essential considerations such as environmental integrity, prevention of carbon leakage, and the administrative feasibility of implementing these changes. The report also highlights potential risks associated with data verification and overlaps with existing EU indirect cost compensation frameworks.
A central takeaway is that electricity usage is becoming increasingly critical in compliance with CBAM regulations. Previously, many exporters focused primarily on direct process emissions; however, this study underscores the importance of electricity-related emissions in compliance architecture. This change is particularly relevant for sectors such as aluminium, steel, fertilizers, cement, hydrogen, and other electricity-intensive industries, especially those operating outside the EU where carbon intensity may be higher than the EU average.
The first area of focus involves establishing default emission factors for indirect emissions. This entails determining which emission factor will apply when an exporter cannot provide sufficient proof of actual electricity-related emissions. The implications are significant; relying on default factors could increase compliance costs for exporters from regions with carbon-intensive energy grids.
Exporters must prepare to demonstrate detailed data about their electricity consumption at various levels—by installation, production line, or process boundary—to avoid penalties associated with weak data quality. This necessitates an upgrade in electrical metering systems alongside traditional environmental reporting.
The second key area involves defining when declarants can claim actual indirect emissions. The study identifies PPAs and technical links as crucial components for validating claims of renewable or low-carbon electricity use. A robust framework will require more than simple certificates; exporters must provide comprehensive evidence of their energy procurement practices.
This raises concerns about resource shuffling, where clean electricity is assigned to CBAM exports while dirtier sources are used elsewhere without reducing overall emissions. Ensuring that claims of actual emissions do not compromise environmental integrity is a priority highlighted by the Commission.
This presents practical challenges for exporters in Serbia and Southeast Europe, who must ensure that their green PPAs are backed by credible data packages that include power meter readings and generation proofs to satisfy verification requirements.
The third area examined is whether to broaden the coverage of indirect emissions to additional sectors under CBAM. Currently, only cement and fertilizers are included in the definitive framework, while all other goods except electricity report indirect emissions during the transitional phase. This discussion ties into broader EU policies regarding carbon leakage and compensation mechanisms for energy-intensive industries.
The implications for exporters are clear: readiness for CBAM now requires robust systems for documenting electricity use. Exporters should proactively develop their data architecture to include comprehensive records of energy consumption linked to production processes before final regulations are established.
This shift also alters the responsibilities of EU importers who will need to adopt stringent verification protocols rather than relying solely on supplier declarations. A thorough review process will be necessary to ensure compliance with CBAM standards.
The study further presents opportunities for renewable energy developers outside the EU. Establishing PPAs that effectively reduce exposure to CBAM indirect-emissions could enhance their market value while ensuring compliance credibility through structured agreements that incorporate rigorous metering and verification practices.
In conclusion, as CBAM evolves from mere emissions reporting to an emphasis on detailed electricity documentation, exporters must adapt swiftly. Those capable of demonstrating low-carbon electricity usage may gain a competitive edge, while inadequate data could result in increased costs associated with compliance.
