CBAM: What It Actually Means for Indian Manufacturers (2026 Update)
Indian steel exports to the EU are already down by more than a third. Aluminium's down by double digits too. And this is before anyone has paid a single euro in certificate costs. That's the part most CBAM explainers miss: the mechanism is already reshaping trade flows on reporting requirements and buyer nervousness alone, well ahead of the financial phase everyone's bracing for.
If your plant sells steel, cement, aluminium, or fertiliser into Europe, or sits somewhere in a supply chain that does, this isn't a future problem to diarise for next year. It's live now, and the mechanics of it are different from what most of the coverage from a year ago describes.
What CBAM Actually Is
The Carbon Border Adjustment Mechanism puts a carbon price on the embedded emissions of goods entering the EU, so that an Indian steel producer and a German one face roughly the same carbon cost for the same tonne of steel. It covers six sectors: cement, iron and steel, aluminium, fertilisers, electricity, and hydrogen. The goal, officially, is to stop "carbon leakage," production simply relocating to wherever climate rules are loosest, rather than emissions actually going down.
CBAM ran as a reporting-only exercise from October 2023 to the end of 2025. Since January 1, 2026, it's been in what the EU calls its definitive phase, which is where the real teeth are.
What Changed on January 1, 2026 (and What's Still Ahead)
A few details here matter more than the headline date, and they're the parts most CBAM guides written before this year got wrong or hadn't confirmed yet:
Certificate purchases aren't starting immediately. Liability for embedded emissions accrues from January 2026 imports, but the actual sale of CBAM certificates was pushed back to February 2027. Declarants will buy certificates in 2027 to cover 2026 imports, retroactively. If you assumed certificate costs were already hitting your EU importer's books this year, they aren't yet, but the exposure is already accruing.
The first annual declaration is due in 2027, covering the full 2026 import year, replacing the quarterly reporting that ran through 2025.
A new small-importer exemption exists. Under the CBAM simplification package, importers whose total annual imports of covered goods stay under 50 tonnes are fully exempt from CBAM obligations altogether (hydrogen and electricity aren't covered by this exemption). The EU estimates this removes about 90% of importers from scope while still covering 99% of embedded emissions, so it mainly helps very small traders, not the large industrial exporters most Indian manufacturers in this space are.
Reported emissions now require third-party verification by an accredited body, not self-declared estimates.
Non-compliance carries a real penalty: €100 per tonne of unreported or incorrectly reported embedded emissions.
Why the Numbers Are Already Moving
Indian iron and steel exports to the EU have already dropped by roughly a third, and aluminium exports by double digits, largely because EU buyers are pricing in the coming carbon cost and pushing for firmer emissions data before they'll commit to volumes. Research from the Global Trade Research Initiative suggests Indian exporters may need to absorb price cuts in the range of 15–22% just to keep EU buyers whole once certificate costs are fully priced in.
The relief that's often mentioned, a deduction for carbon price already paid domestically, exists (it's written into Article 9 of the CBAM Regulation), but it won't close much of the gap for Indian producers in the near term. India's own Carbon Credit Trading Scheme is projected to price carbon well below USD 10 per tonne, against an EU ETS benchmark that's been running closer to USD 70. The domestic carbon market is real progress (trading under the Indian Carbon Market is expected to begin around October 2026, and draft CCTS compliance targets for the steel sector are already out for consultation), but at today's projected pricing it offsets a small fraction of the EU carbon cost, not the bulk of it. We cover the CCTS mechanics in more detail in a separate guide if you want the domestic side of this in full.
The One Lever That Actually Moves the Number
CBAM's certificate requirement is calculated on embedded emissions, and for most manufacturing processes, a meaningful share of that is Scope 2: the emissions baked into the electricity your plant draws from the grid. This is the one part of your carbon intensity you can change on a defined timeline, with a contract, without touching your core process.
Move a steel, cement, or aluminium plant's power mix toward renewable electricity, whether through a group captive solar or wind-solar project, open access, or an on-site rooftop installation, and you're directly lowering the embedded emissions figure that eventually feeds the CBAM calculation for anything made with that power. It's not a workaround or an accounting trick. It's the actual mechanism CBAM is designed to reward: lower carbon intensity means fewer certificates, full stop.
This is also, not coincidentally, the same economic case that makes renewable procurement worthwhile on electricity cost alone. A plant that's already moved to group captive or open access for cost reasons is, in effect, already ahead on CBAM exposure without having set out to solve for it. If you haven't made that move yet, CBAM adds a second, harder number to the business case your CFO is already looking at.
What to Actually Do About It
Get your embedded emissions baseline right first. You can't manage a CBAM number you haven't measured. This means installation-level emissions data, not industry-average defaults, since default values are typically conservative (i.e., higher) and get penalised further under the simplification rules.
Map your EU exposure by product line and CN code. Not every product you make is necessarily in CBAM's current scope, and the scope is proposed to expand to downstream products from 2028.
Model your Scope 2 reduction pathway alongside your CBAM exposure, not separately. The renewable procurement decision and the CBAM cost decision are the same decision now.
Talk to your EU buyers early. Several are already asking for verified emissions data and firmer commitments before locking in 2027 volumes. Being the supplier with a credible, documented decarbonisation pathway is a genuine commercial advantage right now, not just a compliance checkbox.
Don't wait for certificate prices to bite before you act. The 2026 embedded emissions are already being locked in on today's power mix. The renewable transition to change that number takes 12–18 months to execute properly; the 2027 declaration deadline is closer than it looks.
Where to Start
Enerco has spent 17+ years as an independent renewable energy and energy audit advisor to exactly the sectors CBAM hits hardest: steel, cement, and chemicals manufacturers across India and the Middle East. Because we don't sell hardware or take EPC contracts, our read on your Scope 2 reduction pathway is built around your actual load and export exposure, not a vendor's product line.
Want the full CBAM guide, including sector-specific embedded emissions benchmarks and a worked example for a steel plant's certificate exposure under different renewable adoption scenarios? [Download the complete PDF here → https://www.enercoenergysolutions.com/cbam-carbon-border-adjustment-mechanism-guide]
Want to talk through what this means for your specific export mix? [Talk to our team → +91 9890737447]
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