Why is Asia still building coal plants while the West retires them?

Asia keeps building coal because coal is still the fast lane to a middle-class economy, supplying the cheap, reliable baseload needed to build cities and run factories, while Western retirements reflect coal's economic moat being breached by gas and renewables. Global coal consumption still hit a record high in 2023, and China alone accounts for over 50% of world consumption.

In the United States and Europe coal is a dying industry, its economic moat breached by gas and renewables. Coal's share of the US power mix has collapsed from 50% in 2007 to under 20%, and the levelised cost of new-build coal now runs at roughly USD 68–166 per MWh, far above new wind or solar (Lazard LCOE analysis). Giants such as Peabody Energy and Arch Coal have passed through bankruptcy court. In 2022 alone the United States retired 12.6 GW of utility-scale capacity, 85% of it coal, and more than 150 major global financial institutions have adopted policies restricting coal lending. A new coal plant needs 10 to 15 years to pay back — an eternity in an era of falling solar costs and carbon pricing.

Zoom out to the global level, though, and the curve is still rising: worldwide coal consumption reached an all-time high in 2023. China alone accounts for more than 50% of global coal consumption, five times as much as second-placed India, and during the golden decade from 2002 to 2012 Chinese coal use grew by 157%. The divergence is sharpest between the Powder River Basin and China's industrial heartland. In Wyoming, the basin that supplied 40% of US coal is in retreat, with mines closing, workers laid off and loaded trains departing less often. Along the Yangtze Delta, by contrast, large ultra-supercritical units run at full load, and in 2020 China started construction on 33 GW of new coal capacity — more than Germany's entire coal fleet.

In 2024 and 2025 a historic signal appeared: coal generation fell in both China and India, the first simultaneous decline in at least half a century (Carbon Brief, 2025). Chinese coal generation set a record in 2024 at 5,864 TWh, or 58% of the power mix, but well below its 70% peak share in 2015; in 2025 it fell by 71 TWh year on year under the pressure of explosive solar and wind growth, and wind plus solar capacity overtook thermal capacity for the first time. Coal still supplies about 70% of India's electricity, yet Indian coal generation fell roughly 3% across 2025 — not because of recession but because of the crowding-out effect of 132.85 GW of solar and 53.99 GW of wind (CREA, 2025). India announced in December 2025 that non-fossil capacity had passed 50% of its total for the first time. In the EU, 16 member states had cut coal below 5% of generation by 2024.

The hard part is not technology but people and liabilities. Coal communities are typically single-industry towns where the mine and the plant are the only source of well-paid work. The entire US coal mining industry now employs only about 40,000 to 50,000 people, but because those jobs are concentrated in specific counties, their disappearance is catastrophic. Germany's Ruhr Valley demonstrated a managed retreat: half a century of state-funded early retirement, world-class universities built on former mine sites, and industrial infrastructure converted into museums and cultural centres, producing a successful pivot to a services and technology economy. Central Appalachia shows the unmanaged version, visible in soaring deaths of despair. Solving coal therefore takes more than cheaper solar panels; it takes mechanisms such as Just Energy Transition Partnerships (JETP) that let emerging economies retire young assets early without crushing their financial systems.

This is coal's double story: the West is dismantling its smokestacks while the East builds them at a different speed.

This question is covered in depth in The Full Spectrum Every Energy Source Explained — A Singapore Perspective，第三章 3.5、3.6