David Fickling Profile picture
Oct 1 18 tweets 6 min read Read on X
How did the US invent solar power and dominate it for 60 years, before giving it up to China over the past decade?

The answer is, IMO, quite different to the stories we have told ourselves in recent years. And it has important lessons for the future.🧵

bloomberg.com/graphics/2024-…
Over the past few months I traveled to the former and future heartlands of the solar industry — Hemlock, Michigan and Leshan, Sichuan — to understand this chart.

How, in the space of 15 years, did China go from a bit-player in this key solar raw material to complete dominance? Image
There’s a ready explanation used by trade warriors as justification for tariffs and other bans: Beijing set out to dominate this industry, and may want to use solar energy as a weapon the way Moscow uses gas.

That’s the rationale behind the Biden administration’s 50% tariffs.
But I don't think it makes a lot of sense. China has offered a lot of support to state-owned companies and the real estate sector over the past decade - but that's not been the case with solar power. In fact the industry is a bit of a basket case:

bloomberg.com/news/articles/…
This is pretty obvious if you look at the level of individual firms. These businesses are often listed so you can read their accounts, which give the lie to arguments that they are benefiting from state support and easy money:

bloomberg.com/opinion/articl…
I think the far better argument staring us in the face: solar manufacturing is fundamentally low-margin and capital-intensive, so it's really, really hard to make money.

Western solar companies saw this years ago, and it's why they never invested enough.

bloomberg.com/opinion/articl…
But there's one industry that quite closely resembles solar, with low margins, global competition, high capital requirements and rapid product cycles: automobile manufacturing.

The secret of making money there, as Henry Ford and Shoichiro Toyoda learned long ago, is scaling up.
As this great graphic by @hecharts demonstrates, that what Chinese manufacturers of solar polysilicon have done over the past decade — and it has given them a more or less impregnable position: Image
@hecharts By building at far greater scales they have unlocked far lower prices than their competitors in the US and Germany and a handful of other countries. And they've built sufficient capacity that it's unlikely anyone else will spend the money on a competitively-sized plant.
@hecharts The US managed to maintain its dominance of solar polysilicon until about 2011, when it managed to get itself dragged into a previous solar trade war.

The outcome was a devastating own goal for the US which did nothing to halt China’s rise: Image
@hecharts If Washington wants to do better in future, both in terms of climate and in terms of industrial policy, it needs to look more at giving investors confidence in enduring demand for clean technology, rather than the current situation.
@hecharts If you are going to impose 50% tariffs, you need to make sure you have a viable industry to protect.

That’s not the case with solar, where the poorly-targeted and disjointed nature of support means that plants in the US are now closing every month.

bloomberg.com/graphics/2024-…

Image
Image
@hecharts If there is no industry being protected, all you are doing is raising the cost of clean technology and making it harder to compete with fossil fuels.

It’s a maddeningly futile policy — a way of prolonging the climate crisis while pretending you are doing something to stop it.
@hecharts This won’t be enough to derail the energy transition globally — but the more countries jump on the protectionist bandwagon (looking at you, India) the more that major emitting countries will hamper their chances to get cheap, clean energy: Image
@hecharts I do worry that if we don’t break out of our current paradigm — where fossil fuels are the biggest global trade, and move freely, while clean technology is singled out for punitive tariffs designed to choke off commerce altogether — we could badly set back net zero.
@hecharts Do read the whole piece here! (ends)

bloomberg.com/graphics/2024-…
Oh, and here is a video version of the story!

And thanks for everyone who helped with this story, especially @hchuaeoan @hecharts @rpollard @mikenizza @TimOBrien Michael Johnson and many more!

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More from @davidfickling

Jun 29
You might think that, installing more than half the world’s solar panels every year, China would be brimming over with solar installations.

One thing that really struck me, visiting over the past week, is how much unexploited potential is still there. 🧵 Image
Looking out of plane and train windows in China these days you will see a lot of scenes like the above one. And at first glance it looks like a solar farm.

But it’s actually a farm farm! Polytunnels like this — often quite cheap-looking, with open sides —are everywhere.
China has 60% of the world’s greenhouses, covering about 8,000sq km according to this study last year.

The better crop yields from this have been key to keeping the country fed.

earthobservatory.nasa.gov/images/152874/…
Read 16 tweets
May 11
A thing people really do not understand about US companies fretting about their per-car EV losses stories is that this is almost entirely a spurious issue about the unique way US accountants treat certain types of R&D spending. 🧵

bloomberg.com/news/articles/…
When you hear a Ford executive saying “we are losing $100k per EV” your bullshit detector should be flashing red hot.

An F-150 Lightning EV costs about $55k to buy. It does not cost anything like $155k to make.

It’s 98 kWh battery will be, at $140/kWh, a bit under $14k.
And battery prices are considerably below that right now. Ford should be getting it for $12k or less. A Chinese company will be paying below $10k.
Read 25 tweets
Mar 26
I've long been a huge fan of @michaelxpettis and agree with him about most aspects of China's economy, but I think there's good evidence that clean tech, at least, is seeing solid, operationally-financed, productivity-enhancing growth right now. 🧵

bloomberg.com/opinion/articl…
A pretty common argument you hear these days to justify trade restrictions on Chinese EVs, solar panels, and batteries is that the industries are only prospering because of unfair subsidies. I don't think that's supported by the data:

bloomberg.com/opinion/articl…
The argument goes something like this: China is awash in easy money from state banks; its renewable manufacturers are undercutting overseas rivals; ergo, its comparative advantage isn’t scale, efficiencies or innovation, but the availability of cheap government cash.
Read 14 tweets
Aug 15, 2023
You may think you've heard recently that demand for crude oil is running at record levels — but we're still below a peak we hit five years ago.

A 🧵 to explain why:

#oott #climate
bloomberg.com/opinion/articl…
Last September I made one of the scariest calls I've made as a columnist — a prediction that consumption of crude oil had already peaked, despite predictions that this was a decade or more in the future:

To have some accountability I went for a two-part wager:

1. that output of crude oil and condensates had already peaked;

2. that output of crude oil, condensate and natural gas liquids had already peaked;

(we'll get to the terminology in a minute...)

Read 23 tweets
Jul 14, 2023
Let's talk polymetallic nodules!

A thread on something that's (depending on your taste) a looming environmental disaster, or a key to the energy transition.

(Spoiler: I think both arguments are wrong)

bloomberg.com/opinion/articl…
You may be inclined to ask, polymetallic whats?

Well, much of the ocean floor is strewn with these potato-sized pebbles, which appear to form through complex processes over millions of years and are rich in manganese and other useful base metals. Image
From time to time, people have thought about mining these nodules. The most famous case was an extraordinary Cold War caper in the 1970s, when Howard Hughes set up a fake nodule mining company as cover for a CIA operation to salvage a sunken Soviet nuclear submarine. Image
Read 29 tweets
Apr 4, 2023
OPEC+: "It's weird and troubling that the world isn't investing in more upstream oil production!"

Also OPEC+: *Doesn't invest in upstream oil*

Also also OPEC+: *Cuts output, adding to low-cost spare capacity that deters rivals from investing upstream*

bloomberg.com/opinion/articl…
I would like to suggest that the best explanation for this contradictory series of facts is that oil demand is in decline and every party is behaving rationally.

bloomberg.com/opinion/articl…
If you think oil demand is in fact rising then the entire global oil industry, with ~$3 trillion of annual revenues and ~$500 billion of annual capex, has taken a collective decision to just leave trillions of money on the table for ~reasons~
Read 6 tweets

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