Two-Headed Dragon: How China Does Fossil Fuels and Renewables
-3%20(1).png)
China is often held up as proof that a major economy can rapidly ditch fossil fuels while leading the clean-energy revolution. It dominates manufacturing of solar panels, wind turbines, batteries, and EVs, and has built renewable capacity at an extraordinary pace.
But China's energy system tells a more complicated story. NCEA's brief, The Myth of the Chinese Clean-Energy Dragon, tests three common claims about China's energy transition—and finds each one leaves out an important part of the reality.
Myth #1: China's Emissions Have Peaked
China's emissions may have flattened recently, but that's not the same as a lasting peak. Total greenhouse-gas emissions reached roughly 19.4 billion metric tons of CO2 equivalent in 2025—up 26% from 2015 and nearly five times the 1985 level. The recent flattening owes more to a downturn in China's residential real-estate market, which cut demand for cement, than to a deliberate shift away from carbon-intensive energy.
China has committed to peaking emissions by 2030 and cutting them 7%–10% below that peak by 2035; but with no binding target for total emissions, only a carbon-intensity goal. Intensity can fall even as total emissions keep rising, if the economy grows faster than emissions shrink.
Myth #2: China Is Moving Away From Fossil Fuels
China is adding renewables, but mostly on top of fossil fuels, not in place of them. Coal, oil, and gas consumption has grown nearly sixfold over 40 years, and by roughly 27% just since 2015, during China's supposed clean-energy takeoff.
China remains the world's largest coal producer, with domestic output reaching nearly 5 billion metric tons in 2025; more than the rest of the world combined. It's also expanding oil refining, importing record volumes of crude and LNG, and building out fossil-fuel infrastructure. Fossil fuels still supplied about 78% of China's primary energy in 2025; wind, solar, geothermal, and biofuels supplied roughly 12%.
This isn't a phaseout. It's an "all of the above" strategy—coal, gas, nuclear, hydro, wind, and solar all expanding together to keep pace with growth.
Myth #3: China Is Becoming a Clean Electric Superpower
China's electricity system is enormous: 10,536 terawatt-hours generated in 2025, more than double U.S. output. But most of that power still comes from fossil fuels. Coal, oil, and gas together supplied about 58% of China's electricity in 2025; wind and solar combined supplied about 22%. Coal-fired generation has nearly tripled over the past two decades.
China's planned capacity additions, enough to grow total generation by roughly 83%, are split almost evenly between dispatchable sources (coal, gas, nuclear, hydro) and variable wind and solar. Even as renewables expand, China is building just as much dispatchable power to stabilize the grid. The result isn't a clean system replacing a fossil one—it's a bigger system running on more of both.
Why It Matters
China's buildout is often cited as a model for the U.S. to follow. But the comparison skips over real costs: nearly 400 Chinese EV makers have exited the market since 2018, and more than 40 solar companies went bankrupt, merged, or were delisted in 2024 alone, casualties of state-directed overcapacity. Much of that excess production is now being sold into global markets at prices that reflect subsidies more than market economics, deepening the West's dependence on Chinese components and critical minerals.
There's also an accounting problem: when Western countries import goods made with coal-powered electricity, the emissions don't disappear. They just move. The atmosphere doesn't care where the coal was burned.
The Bottom Line
China isn't choosing between fossil fuels and renewables, it's adding both to fuel growth, manufacturing, and electrification. Its renewable buildout is real and impressive. But it shouldn't be mistaken for fossil-fuel replacement, or its manufacturing dominance for proof that a low-carbon economy has already arrived.
The real question isn't whether China is building wind turbines and solar panels. It is. The question is what powers its economy while it does; and the answer remains overwhelmingly coal, oil, and natural gas. Energy policy should be built on that reality, not on a simplified story about a clean-energy dragon.
-2%20(5).png)
-2%20(1).png)
-6%20(8).png)
-6%20(9).png)
-2%20(11).png)
-2%20(12).png)
-2%20(13).png)
-2%20(3).png)
.avif)
