OREANDA-NEWS. February 20, 2014. There have been quite a few headlines lately about the record amounts of solar power getting built in China. In 2013, the country added at least 12 gigawatts of solar capacity — 50 percent more than any country has ever built in a single year. Impressive.

But let's also put this in context. China is a massive country and is building lots of everything. And last year it added far more fossil-fuel output capability than it did solar, wind, hydro and nuclear power combined.

Source: CATF from China National Energy Administration website for GW, accessed January 2014. Assumed capacity factors: fossil (58% per IEA WEO 2013); hydro (34% per IEA WEO 2013); wind (33%); solar (15%).

Now, a few caveats: Many of those newly built coal and gas plants were replacing older, less-efficient plants that are getting shuttered. The solar numbers are also likely a bit low, since we're still awaiting final data. And this is only an estimate of generation capability, not how much electricity each source will actually generate in practice. Still, the basic picture is clear enough: Clean energy is making dramatic strides in China, but fossil fuels continued to dominate in 2013.

What about the future? Seeing as how China is now the world's largest emitter of carbon-dioxide emissions, the country's energy use matters a whole lot in discussions about climate change — especially its coal-burning habits. And, right now, there are two views on how those habits will evolve.

The optimistic green view: Some analysts say that China can't keep burning dirty coal forever. Air pollution is choking its cities and taking years off people's lifespans. Meanwhile, clean energy sources like solar, wind, nuclear and hydroelectric dams are making impressive gains. The country is also growing more slowly, getting more efficient and shifting away from heavy industry.

The "coal is here to stay" view: But not everyone agrees that coal's days in China are numbered. Even if China does slow down its pace of coal-plant construction, those power plants are going to stick around for many decades, continuing to pump carbon-dioxide into the atmosphere. (The majority of China's plants have been built since 2000, and they can operate for 30 to 50 years.)

Armond Cohen ran some numbers. He's not convinced by Citigroup's forecasts on Chinese fracking and nuclear construction. But set that aside. Even in Citigroup's most aggressive low-coal forecasts, coal would still provide 60 percent of China's power in 2020 — seven times as much as wind and solar combined.

As such, Cohen argues that a "peak coal" in China is far less likely than a "long, high plateau" for coal. That's why, he notes, tackling climate change will require "directly address[ing] the multi-decade carbon emissions from China’s coal fleet as it exists today and as it will exist in 2020 and 2030." And that would seem to require some sort of carbon capture and storage (CCS) technology for coal plants.