Electricity CBAM reform proposal requires separate pricing for current and COM(2025) 989 rules
Electricity traders are expected to model two regulatory scenarios in parallel: the definitive EU Carbon Border Adjustment Mechanism (CBAM) rules
Electricity traders are expected to model two regulatory scenarios in parallel: the definitive EU Carbon Border Adjustment Mechanism (CBAM) rules
A proposed expansion of the EU Carbon Border Adjustment Mechanism (CBAM) to aluminium-intensive downstream goods could increase demand for long-term
Power traders supplying aluminium producers are increasingly expected to provide more than electricity. Some industrial customers seek a single commercial
Aluminium rolling, extrusion and fabrication companies may face expanded EU CBAM reporting and market-access requirements starting in 2028 if a
Aluminium smelters can support renewable energy projects through large, long-term offtake commitments. Their electricity demand is described as near-continuous, which
Automotive, packaging and industrial buyers are increasingly seeking lower-carbon aluminium. Producers can use this demand to secure a customer premium
Decarbonising primary aluminium production requires commercial teams to separate emissions linked to electricity supply from direct process emissions produced by
Long-term renewable power purchase agreements (PPAs) can change an aluminium producer’s cost structure by substituting contracted generation for part of
Aluminium production is highly sensitive to electricity prices and supply conditions. Under the current CBAM treatment for listed aluminium goods,
Steel exporters can improve their electricity mix while still facing significant carbon border adjustment exposure if direct process emissions and
Fasteners, wire, springs and other fabricated steel products are positioned closer to final customers than primary steel. For their manufacturers,
The European Commission has proposed extending the EU Carbon Border Adjustment Mechanism (CBAM) beyond primary metals to selected downstream steel–