When you introduce a raft of tariffs and restrictions to protect domestic industries, you had better make sure there are some around to protect. That is a major problem with the US’ decision to treat China’s clean-technology leadership as grounds for a trade fight.
If local factories are getting off the ground, but struggling with international competition, then the damage done by border duties might be justified as the cost of supporting homegrown start-ups.
However, when investors are already giving up on domestic production, then tariffs serve no other purpose but to raise costs for consumers.
Such imposts are not just a barrier on the road to net zero, they are also a willful act of economic self-harm.
US politicians touting the damage from Chinese solar panels and electric vehicles (EV) ought to be giving a lot more thought to how many components of a domestic clean energy supply chain are withering.
The very genuine competitive threat out of Asia is just one of multifarious cause, ranging from corporate timidity, to a lack of government support, to bureaucracy and red tape, to an absence of clear targets.
However, the lesson should be clear: If you want to do green industrial policy, you need to really commit to it.
Right now, the US is neglecting the bits that could make it a future clean-tech superpower and focusing on battles that it has already lost.
Take steel. US President Joe Biden last week promised to triple tariffs on imports from China and has promised to block Nippon Steel Corp’s US$14 billion acquisition of US Steel Corp. The metal is a perennial symbol of a country’s industrial might, but it is also responsible for about 7 percent of the world’s carbon emissions.
Remarkably little is being done to address this.
“The transition to greener steel production in the US has stalled in comparison to European competitors,” the Roosevelt Institute, a progressive think tank, wrote in a report last month. “US steelmakers have at best planned minimal investments in marginal emissions reductions.”
In spite of looming levies on US-produced steel from the EU’s Carbon Border Adjustment Mechanism, little is being done to address this.
Cleveland-Cliffs Inc, which lost out in the battle for US Steel, will dedicate the unused takeover cash to as much as US$600 million of share buybacks, chief executive officer Lourenco Goncalves said in December last year.
That is twice what a coalition of Swedish companies are spending building Europe’s first green steel plant, the Roosevelt Institute wrote.
Or consider the case of Hexcel Corp. The Stamford, Connecticut-based company was one of the pioneers in carbon fiber, whose light weight and impressive strength make it essential for the ever-larger wind turbine blades that are becoming standard. The US wind sector faces looming supply bottlenecks for carbon fiber, but Hexcel last year closed down its only US plant dedicated to turbine-makers.
The “wind energy industry remains challenged,” chairman Nick Stanage told investors in October last year.
In the future, it will only be serviced by a Hexcel plant in Austria.
Microvast Holdings Inc, a lithium-ion battery business that spent US$11 million buying Hexcel’s Colorado factory, has not performed much better. The company has lost about two-thirds of its value after the US Department of Energy canceled a US$200 million loan to the business in May last year, intended to fund a cell plant in Tennessee with General Motors Co as a customer.
US Senator John Barrasso had complained that Microvast’s plant west of Shanghai meant that the loan would be a “danger to our national security.”
As a result, capacity to produce up to 8 gigawatt-hours (GWh) annually of lithium-ion batteries in the US is on hold, unless alternative financing can be secured.
Meanwhile, the Chinese plant is ramping up from 5GWh toward an eventual 12GWh of yearly output.
It is certainly true that China has built up an impressive lead in a range of clean technologies, particularly solar panels and EVs, but those only represent a small part of the energy revolution that is going to be required over the coming decades as the world decarbonizes.
Set up a carbon-free grid and get rid of every gasoline-powered vehicle on the roads and you have still only eliminated about half of US emissions. The technologies to fix the remainder are barely being explored.
Funding early-stage industry has been the purpose of such protections in the US all the way back to founding father Alexander Hamilton, according to Inu Manak, a fellow at the Council on Foreign Relations, a Washington-based think tank.
“If we subsidize, it shouldn’t go to the industries that are long established,” Manak said. “You shouldn’t have tariff protections, because you’re limiting the ability of your own market to become competitive.”
That suggests a fruitful path out of the current trade impasse. It might be challenging to assail China’s lead in some of the clean technologies that have emerged over the past 15 years, but the field is wide open for those that are yet to get established.
The Loan Programs Office, a US$500 billion US government fund dedicated to transformative green power projects, has so far financed just US$1.6 billion in geothermal, hydrogen, biofuels, and energy storage — not much more than the US$1.04 billion that has gone to a single plant in Nebraska to make carbon black for tires from natural gas.
If the US wants to win the coming industrial revolution in clean energy, protections for incumbent industries will not cut it. Sooner or later, it is going to need to invest in the future.
David Fickling is a Bloomberg Opinion columnist covering climate change and energy. Previously, he worked for Bloomberg News, the Wall Street Journal and the Financial Times. This column does not necessarily reflect the opinion of the editorial board or Bloomberg LP and its owners.
On May 7, 1971, Henry Kissinger planned his first, ultra-secret mission to China and pondered whether it would be better to meet his Chinese interlocutors “in Pakistan where the Pakistanis would tape the meeting — or in China where the Chinese would do the taping.” After a flicker of thought, he decided to have the Chinese do all the tape recording, translating and transcribing. Fortuitously, historians have several thousand pages of verbatim texts of Dr. Kissinger’s negotiations with his Chinese counterparts. Paradoxically, behind the scenes, Chinese stenographers prepared verbatim English language typescripts faster than they could translate and type them
More than 30 years ago when I immigrated to the US, applied for citizenship and took the 100-question civics test, the one part of the naturalization process that left the deepest impression on me was one question on the N-400 form, which asked: “Have you ever been a member of, involved in or in any way associated with any communist or totalitarian party anywhere in the world?” Answering “yes” could lead to the rejection of your application. Some people might try their luck and lie, but if exposed, the consequences could be much worse — a person could be fined,
Xiaomi Corp founder Lei Jun (雷軍) on May 22 made a high-profile announcement, giving online viewers a sneak peek at the company’s first 3-nanometer mobile processor — the Xring O1 chip — and saying it is a breakthrough in China’s chip design history. Although Xiaomi might be capable of designing chips, it lacks the ability to manufacture them. No matter how beautifully planned the blueprints are, if they cannot be mass-produced, they are nothing more than drawings on paper. The truth is that China’s chipmaking efforts are still heavily reliant on the free world — particularly on Taiwan Semiconductor Manufacturing
Last week, Nvidia chief executive officer Jensen Huang (黃仁勳) unveiled the location of Nvidia’s new Taipei headquarters and announced plans to build the world’s first large-scale artificial intelligence (AI) supercomputer in Taiwan. In Taipei, Huang’s announcement was welcomed as a milestone for Taiwan’s tech industry. However, beneath the excitement lies a significant question: Can Taiwan’s electricity infrastructure, especially its renewable energy supply, keep up with growing demand from AI chipmaking? Despite its leadership in digital hardware, Taiwan lags behind in renewable energy adoption. Moreover, the electricity grid is already experiencing supply shortages. As Taiwan’s role in AI manufacturing expands, it is critical that
RSS