Steel exporters are seeking electricity supply arrangements that go beyond delivery of a megawatt-hour. Reported needs include fixed-price energy, balancing services, renewable attributes, production data, and support for customer carbon reporting. This expands the scope of requirements placed on electricity suppliers.
For power traders, the shift creates an opportunity to move from commodity electricity supply toward structured energy services for industrial customers. The key issue is defining what each service delivers and identifying the regulatory or commercial framework that supports the associated claim. Contracts need to align service content with the evidence basis for any stated benefit.
Defining boundaries for renewable electricity claims in CBAM contexts
A risk arises when multiple benefits are combined into a single promise of “CBAM-ready green electricity” without specifying the evidence or legal framework for each component. Structured services require clear boundaries between what is claimed and what can be substantiated. The contract structure becomes central to how claims are supported.
The commercial process should start with classification of the steel product and an assessment of its production route and precursors. Only after identifying emissions categories that legally enter the CBAM calculation should the electricity contract be linked to a specific regulatory or customer benefit. This sequencing is presented as a way to connect electricity procurement to the correct emissions basis.
Traders are also expected to distinguish electricity imported into the EU as a CBAM good from electricity consumed within a steel plant. They should separate Guarantees of Origin (GoOs) ownership from physical electricity supply and from the steel producer’s product-emissions reporting. These distinctions are described as enabling transparent pricing of individual services.
Data systems and contractual controls for industrial energy services
For investors in energy trading businesses, the model described emphasizes repeatable service revenue supported by reliable data systems. It also references controlled allocation methods and appropriate credit protection. The alternative described is open-ended indemnities for regulatory outcomes.
Industrial customers are described as benefiting from clearer pricing and defined responsibilities. The same approach is said to reduce disputes over evidence used to support renewable electricity claims. Contract clarity is presented as a mechanism for managing documentation requirements.
Steel producers are described as able to use layered procurement, including securing competitive renewable electricity prices. The approach also includes maintaining GoO and metering records for customer use while separately improving direct-process emissions and precursor data for CBAM reporting. The elements are treated as distinct rather than interchangeable within procurement design.
The payment structure described is that steel buyers pay for renewable electricity against a defined energy, customer, or decarbonisation benefit. This is contrasted with paying based on a generic CBAM saving that is not supported by the current product methodology. The stated goal is aligning procurement value with what the methodology can support.
European Commission guidance versus binding CBAM rules
The European Commission published definitive-period sector guidance on 14 August 2026, including dedicated guidance for electricity, iron and steel, and aluminium. It refreshed general CBAM questions and answers on 15 October 2026. The materials are described as explaining implementation without replacing binding regulation and implementing acts.
For iron-and-steel and aluminium goods listed in Annex II, the existing CBAM calculation takes account of direct emissions. Renewable electricity procurement is described as providing operational, customer, and decarbonisation value without automatically reducing current certificate liability through purchased-electricity emissions. This frames how purchased electricity relates to certificate calculations under the existing setup.
Legislative proposal COM(2025) 989 and future electricity treatment
A legislative proposal identified as COM(2025) 989 would materially change electricity treatment. It includes changes to methodology for electricity default values and conditions for using actual values. It also broadens physical PPAs to include intermediaries and revises elements of congestion and nomination framework.
The Council adopted its negotiating position on 12 June 2026, followed by the European Parliament on 15 September 2026. The proposal is described as remaining under interinstitutional negotiation rather than enacted law. Until final legislation is adopted, it is treated as not yet part of operating rules.
The same legislative file proposes extending CBAM downstream coverage from 2028 to selected steel- and aluminium-intensive goods. Both institutions support expansion, but their proposed product lists differ and remain subject to negotiation. Until final legislation is adopted, current scope remains the operating baseline.
The trader that can demonstrate what its electricity product supplies, records, and proves may offer greater value to a steel mill than a supplier competing solely on headline electricity price. This depends on documentation capabilities tied to what is supplied under the contract structure.