Asian coal burn fell simultaneously in China and India for the first time since 1973
Record clean energy deployment drove the first joint coal decline in China and India in half a century, with the emissions trend now splitting from the capacity story.
Coal-fired power generation fell in both China and India in 2025, the first simultaneous drop in 52 years, according to a Carbon Brief analysis published Tuesday (2026-05-19). The two countries added record clean energy capacity even as electricity demand growth remained rapid. For anyone positioning in ICE EUA Dec-rolling or JKM, the implication is a structural shift in the emissions sources that have historically anchored upward pressure on global carbon benchmarks.1
India's coal generation dropped 3.0% year-on-year, a fall of 46 terawatt-hours, while China's declined 1.6%, equivalent to 90TWh, the Carbon Brief analysis showed. Non-fossil sources expanded quickly enough in both countries to cover all electricity consumption growth without coal. That is a harder result to dismiss than a seasonal dip.1
China's achievement is the more striking of the two. Electricity demand grew 5% year-on-year, yet coal still fell. The country likely added more than 300 gigawatts of solar and 100GW of wind in 2025, both records for any nation, with solar and wind generation rising 450TWh in the first 11 months and nuclear contributing another 35TWh on top.1
The scale of deployment matters for the investment story. Global clean energy trade reached $479bn in 2025, according to an edie.net report published Friday (2026-05-29), with that figure expected to approach $1.6trn when broader clean energy goods are included, and top $2trn once end-use electrification is factored in. Electricity grids alone are set to attract around $550bn, nearly 20% more than the prior year, while battery storage investment is on track to exceed $100bn.2
The power sectors of China and India drove 93% of the rise in global carbon dioxide emissions from 2015 to 2024, according to Carbon Brief. A simultaneous reversal in both compresses the share of global emissions growth that can be attributed to Asian coal burn. ICE EUA Dec-rolling settled at €80.75/tCO2 at Friday's (2026-08-01) close, while ICE Endex TTF front-month stood at €59.05/MWh.1
Yet total global emissions hit another record high in 2025. China emitted 12.5 billion metric tons of CO2-equivalent, equal to 30.5% of the global total, though its year-on-year increase was only about 4 million metric tons — essentially flat relative to the size of the system, oilprice.com reported Monday (2026-07-13). India's emissions rose from 3.26 billion metric tons in 2024 to 3.28 billion in 2025, an increase of around 21 million metric tons, with emissions having grown at roughly 3.5% annually over the past decade.5
North America explains much of the gap between the Asian capacity story and the global emissions outcome. US coal-fired generation jumped by about 91TWh, roughly 13%, in 2025, contributing substantially to the global increase, oilprice.com reported Sunday (2026-07-06). US electricity demand rose 3% while total generation increased by around 133TWh. Non-OECD countries accounted for 70.5% of global CO2-equivalent emissions against 29.5% for the OECD.4,5
Low-carbon sources met all global electricity demand growth in 2025, with Asia-Pacific at the front of the electrification shift and renewables becoming the largest source of global energy supply growth, asian-power.com reported Tuesday (2026-07-01). But meeting demand growth with clean energy while legacy thermal fleets run hard elsewhere has not yet bent the global emissions curve down.3
Since 2000, global emissions have risen by about 14.4 billion metric tons, with China accounting for roughly 8.8 billion of that, about 61% of the cumulative increase, according to oilprice.com. India's annual rate of growth has been approximately 3.5% over the past decade. The absolute levels show how much the base has shifted even as the marginal direction improves.5
Newcastle Coal physical settled at $120.10/t at Friday's (2026-08-01) close. That price holds despite the Carbon Brief data showing Indian coal generation falling — partly because the cross-sector flow from Indian demand growth into seaborne thermal coal demand has not reversed. Power-sector coal burn and total coal import demand can move in opposite directions when industrial and residential consumption are growing. The market is not yet pricing a clean break in Asian thermal demand.
The next test is whether Chinese coal generation stays down through 2026 or rebounds when the next demand surge arrives. China added more solar and wind in a single year than any country had previously deployed, but at 5% demand growth the buffer between clean supply additions and thermal ramp-up is narrower than the headline figures suggest.1 Whether the $479bn investment figure marks a durable inflection or a single strong year depends on whether that buffer holds through a colder winter or an industrial demand spike.2