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GreenFuel Hydrogen
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₹0/kg

Economics

What the five fixes add up to.

Every figure on these pages is modelled. The model is built to line-item level and holds under a downside of 20% lower volume and 10% higher cost. We show that case rather than hide it.

Cost stack waterfall, conventional plant to GreenFuelStarting from a conventional cost of about ₹355 per kilogram, six modelled reductions — grid, battery, water, transport, demand risk and PEM efficiency — bring the landed cost to a modelled band of ₹180 to 220 per kilogram.₹0₹100₹200₹300₹280–355Conventionalindustry benchmark−₹60–80Griddependency−₹20–27Batterystorage−₹12–17Watertreatment−₹15–20Storage& transport−₹15–20Demandrisk−₹25–30PEMefficiency gain₹180–220GreenFuelmodelled, Year 3+Mid-points shown; final modelled ₹185 sits inside the ₹180–220 band · ₹/kg H₂
₹180–220
/kg · all-in cost, Year 3+
modelled
~₹35.5 Cr
/MW · all-in capital, vs ₹45–55 Cr/MW industry
modelled
30%
of output · captive load from the twin factory
plan

Where each rupee comes off

Grid dependency40–60% grid electricity→ 0–5%₹60–80/kg→
Battery storage₹25–35/kg amortised→ ₹5–8/kg₹20–27/kg→
Water treatment₹15–20/kg→ ₹2–3/kg₹12–17/kg→
Storage & transport₹45–55/kg→ ₹30–35/kg₹15–20/kg→
Demand risk₹20–30/kg risk premium→ ₹5–10/kg₹15–20/kg→
Unit economics and sensitivity →Scale-up path