NEW from us: current clean energy targets and trends enable China, India, and Indonesia to peak power sector emissions by 2030. This would be a global breakthrough given that these nations have been the largest growth markets for coal in the decade since the Paris Agreement.
China, India and Indonesia used 73% of the world's coal in 2024. Without their emissions growth, global energy sector CO2 would have peaked before 2020. Coal use grew 15% in China, 42% in India, and 150% in Indonesia 2015-2024, while consumption in the rest of the world fell 23%.
China’s power sector emissions have been falling since early 2024 and will continue to decline if the country continues its current clean energy growth.
India’s power sector emissions will peak if the country meets its 2030 non-fossil energy target and continues adding clean energy at similar rates thereafter.
In Indonesia, achieving President Prabowo's 100 GW solar goal, if realized, combined with the clean energy projects included in the state utility's business plan, will suffice peak emissions from power generation.
If successful, these countries would join several other BRICS nations (Brazil, South Africa, UAE, Ethiopia) in having peaked their power sector emissions, putting the bloc in a perhaps surprising position to claim climate leadership.
We look at the drivers of the clean energy expansion in the three countries, finding that it is driven by improved economics, opportunities to attract manufacturing and investment, as well as energy security and energy access goals.
Common challenges that have to be overcome to realise and sustain the clean energy booms in these three countries include major changes needed to power grid operation, opposition from fossil fuel interest, and continued buildout of coal and gas-fired power generation capacity.
While China and India already have rapid clean energy growth, Indonesia’s solar market is anaemic and the country has a history of missing clean energy targets.
Indonesia’s target of 100 GW solar capacity faces major obstacles such as opposition from the state power company PLN and corruption that has plagued rural development schemes similar to the distributed solar program. Tracking and accountability from the top will be needed.
A common key concern in these three countries is the lack of roadmaps for coal phase-down after peaking. So little clarity on what to expect after the peak.
In each country, there is a possibility of continued rapid clean energy buildout and phase-down of coal, or a drawn-out plateau. The difference between these possibilities would be equivalent to 500 large coal-fired power plants by 2035.
In short, the world’s three largest growth markets for coal power may be nearing a turning point. Policy decisions made in the next few years will determine whether each of the three countries seizes this opportunity to reduce reliance on fossil fuels.
Big thanks to our Indonesia, India and China analysts for working on this with me: Katherine Hasan, @manoj_kumar_nr, Nadine Zahiruddin and Qi Qin.
A key point I always try to convey to policymakers and business folks in the west is that China's competitiveness in manufacturing is underpinned by unrivaled scale and ecosystem. The stereotype far too often is that it's all about subsidies and cheap labor, which...
...causes people to drastically underestimate the challenge of building alternative supply chains and the scale of the resources required to do it.
Or well, a lot of powerful people seem to be so out of touch with the physical production of things that they vastly *overestimate* the challenge in some areas (rare earths) and vastly underestimate it in others (solar and batteries).
NEW from us: Last year, China started construction on an estimated 95 gigawatts (GW) of new coal power capacity, enough to power the entire UK twice over.
We explain why China's still building new coal power plants, and when and how it might stop and begin phasing out.
We address several persistent myths and misconceptions about coal power in China. These are the key points we make:
POINT 1: New coal is not needed for energy security
Making sure there is enough capacity to cover peak demand is what the government (mainly) means when they talk about “energy security” as the justification for new coal power.
Important data drop that I've been waiting for on China's massive solar installations in H1:
🌞 solar power capacity additions doubled year-on-year to 212 gigawatts, with total capacity at the end of H1 increasing a whopping 54% year on year
Distributed solar accounted for 53% of new additions.
👉 This implies plenty of centralized solar projects are still on the way, many aiming to finish before the end of China's current 5-year plan in December.
Solar generation grew 43% while capacity grew 54%.
🔎 This suggests capacity utilization is slipping—likely due to higher curtailment—but the impact is still much smaller than the surge in capacity.
Jaw-dropping: while most everyone has been projecting a slowdown in China's wind&solar deployment, the State Grid Energy Research Institute expects 380 GW solar and 140 GW wind added to the grid this year.
It's been clear that clean (and dirty) power capacity additions numbers would be buoyed by the end of the five-year plan period, when a lot of projects race to complete. But I have not seen anyone predict anything this big.
These clean capacity additions mean around 850 TWh/year of clean power generation added to the grid while the State Grid also projects demand to grow 400-640 TWh (4.0-6.5%).
So this clean energy growth should push power sector emissions down this year and well into next year.
We knew China's rush to install solar and wind was going to be wild but WOW😮. The solar panels & wind turbines installed in May alone, in a single month, will generarate as much electricity as:
-Poland
-Sweden
-Norway
-the UAE
-North Carolina&Maryland or
-Washington&Wyoming
In the first five months of the year, China added 198 GW of solar and 46 GW of wind. Those turbines and panels will generate as much electricity as:
-Indonesia
-Turkey
-Any U.S. state except for Texas or
-California, Arizona and New Mexico put together
-and much more than the UK
Chinese companies installed 93 GW of solar and 27 GW of wind in a single month in May. That's about 230 million solar panels and 5300 wind turbines. That's almost 100 solar panels every second, and a wind turbine every 10 minutes.
I didn't have time for a hot take on the Spanish power outage a few days ago so here's a bit more of a measured take, and a hot take on the hot takes making the rounds.
First of all, the outage wasn't "caused by solar" or any other power plant or technology anymore than the rupture of this pipe was "caused by" water inside the pipe.
The job of the pipe is to keep water inside and the job of the power grid is to manage variations in supply and demand. So IF the outage was related to such variations, the cause isn't those variations but the failure to prepare or the failure of the system to respond as planned.