COAL / DECISION GUIDE

Domestic vs imported coal: calculate the delivered-heat break-even

A lower price per tonne does not always buy cheaper energy. This practical guide converts domestic and imported thermal-coal offers into a common cost basis, shows the break-even calculation and identifies the contract and operating adjustments that can reverse an apparently straightforward sourcing decision.

Download evidence tables ↓ CSVAsk about the underlying data ↗
USD 53.27/tIllustrative import break-even

CFR; assumedFX 84 and domesticINR 4,200/t

INR 1,050/GcalDomestic heat cost

Model:4,000 kcal/kg, deliveredINR 4,200/t

THE DECISION IN BRIEF

Executive takeaways

  1. Bring quotes to the same delivery point, tax treatment and calorific-value basis before ranking them.
  2. The model’s imported CFR break-even isUSD 53.27/t, conditional on its stated domestic price, FX and logistics inputs.
  3. Treat fuel cost per generated kWh as a screen; boiler suitability, losses and heat-rate differences can change the answer.
01 /

Start with the quote boundary

Write down exactly what the quoted price includes. Domestic offers may start at a mine or siding, while imported offers may be FOB, CFR or delivered at a port. A commercial comparison needs one destination and one transfer-of-risk point. Add only the costs the buyer actually bears: loading, freight, port handling, unloading, inland movement, insurance where excluded and relevant non-recoverable taxes. Do not add ocean freight to a CFR quote a second time.

The official framework grades non-coking coal by gross calorific value, but a grade name is not a complete operating specification.[S1] Ask for the measurement basis, sampling protocol, moisture and ash analysis, size distribution, dispute mechanism and rejection rights. A lab number from one basis cannot be compared directly with an offer using another. The purpose of the normalisation is to prevent a mathematical advantage that disappears at the plant.

02 /

Work the arithmetic before negotiating the premium

EXHIBIT 1Illustrative input and break-even calculation
VariableAssumed value
Domestic delivered priceINR 4,200/t
Domestic GCV4,000 kcal/kg
Imported GCV5,500 kcal/kg
INR/USD84
Imported port and inland costINR 1,300/t
Equivalent imported delivered priceINR 5,775/t
Imported CFR break-evenUSD 53.27/t

Enalyt assumptions, not quotations. Assume identical measurement basis and operating efficiency. Duties, taxes, losses and finance excluded.

Break-even CFR USD/t = [(domestic INR/t / domestic GCV) x imported GCV - imported local INR/t] / INR per USD.
For this example: [(4,200/4,000)x 5,500-1,300]/84=53.27. The formula compares gross heat before plant-performance adjustments.

AtUSD 65/t CFR, the imported alternative costsINR 6,760/t delivered andINR 1,229/Gcal, againstINR 1,050/Gcal domestically. At a 2,450 kcal/kWh heat rate, those assumptions translate to aboutINR 3.01/kWh andINR 2.57/kWh respectively. These outputs are calculated scenarios. The formula makes it possible to replace the assumptions with current bids without presenting an unverified spot price as market intelligence.

03 /

Identify the variables that can reverse the result

A currency move is a direct cost change when the purchase obligation remains in dollars. AtUSD 65/t CFR, eachINR 1/USD change addsINR 65/t before any foreign-currency freight or financing costs. A 100 kcal/kg downgrade is more important when the starting calorific value is low, because it represents a larger share of the heat purchased. The sensitivity should use the contract’s settlement rules, not only the nominal certificate.

There can also be an efficiency effect. If ash, moisture or combustion properties change the achieved station heat rate, holding efficiency constant is no longer a fair comparison. Compare a technical team’s tested operating envelope with the commercial model. A small fuel-price advantage can be consumed by a higher heat rate, more auxiliary consumption, reduced throughput or an operating constraint. Do not assume every effect moves favourably for the higher-GCV fuel.

04 /

Separate an attractive price from an executable supply route

A source is commercially available only if the buyer can obtain the required contract and transport access. The July 2026 government disclosure describes expanded domestic linkage access under the revisedSHAKTI framework.[S2] That is a reason to investigate available options, not evidence that a specific consumer already has an allocation, a winning bid or suitable coal. Confirm the operative tender and contractual terms.

Route reliability belongs alongside delivered cost. The official logistics update identifies rake placement, congestion and multimodal interfaces among evacuation constraints.[S3] A nominally cheaper route with uncertain timing may require more buffer inventory. Quantify the incremental working capital and the business impact of interruption before comparing that route with a more predictable alternative. Keep price risk and delivery risk as separate decision lines.

05 /

A procurement record that survives scrutiny

For each offer, preserve the dated bid, normalised cost bridge, quality basis, route assumptions, currency assumption and technical acceptance. Show a base case and at least two stresses: an adverse price or currency move and an adverse quality or logistics outcome. The committee should be able to see whether the recommended contract remains attractive under both, and which risk is being consciously accepted.

  • Ask finance to reconcile recoverable and non-recoverable taxes rather than embedding a generic tax rate.
  • Ask operations to sign off the relevant blend and quality envelope.
  • Ask logistics to confirm the unloading and transport chain, including interface responsibilities.
  • Refresh the break-even when bids, FX, quality or contractual terms change; an old threshold is not a permanent sourcing rule.

The final comparison should explain the trade-off, not merely rank two numbers. A slightly more expensive supply lane can be rational if it secures a genuinely useful alternative. Equally, diversification that shares the same bottleneck may buy very little resilience. The model is valuable because it exposes those judgments and makes their financial consequences reproducible.

METHOD & LIMITS

How to use this research

This guide uses a stylised delivered-heat model and three primary government sources for grading, supply-policy context and logistics constraints. All commercial inputs are illustrative, not observed quotations.1 Gcal equals one millionkcal; one tonne contains GCVx 1,000 kcal. The model holds efficiency constant except where sensitivity is discussed and excludes taxes, finance, losses and operational penalties. Users should replace assumptions with contemporaneous offers and plant-specific evidence. The 2026 policy discussion is a source lead for diligence, not an allocation or eligibility determination.

Prepared from the cited public sources. Public-document case studies describe disclosed events and analytical implications; they are not Enalyt client engagements. Commercial decisions require current quotations, controlling documents and project-specific diligence.

THE EVIDENCE TRAIL

Sources & data notes

  1. S1
    Coal grades ↗

    Ministry of Coal · Official grading definitions; page last updated 6 October 2026 · Accessed 2026-11-15

  2. S2
    Decline in coal imports ↗

    Ministry of Coal / PIB · 27 July 2026; FY 2025-26 thermal-plant imports · Accessed 2026-11-15

  3. S3
    First mile connectivity and coal logistics infrastructure ↗

    Ministry of Coal / PIB · 20 July 2026 · Accessed 2026-11-15
    Infrastructure capacities are commissioned/planned handling capacities, not coal output.

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