Advertisement
Advertisement
Business of climate change
Get more with myNEWS
A personalised news feed of stories that matter to you
Learn more
A production line at a lithium battery manufacturing plant for automotive use in Tangshan in northern China’s Hebei province on April 11, 2019. Photo: Xinhua.

Exclusive | China’s Tianqi is looking at a lithium plant in Europe to supply electric car batteries

  • Company is in discussions to co-invest in battery materials and battery production in Europe, Frank Ha Chun-shing says in exclusive interview
Eric Ng
Eric Ng
Tianqi Lithium, one of the world’s largest producers of lithium-ion battery materials, said it is in talks with potential partners to co-invest in battery materials and production facilities in Europe to serve customers and meet sustainability requirements there.

“We hope the potential cooperation will allow us to better meet market needs, and allow Tianqi to expand into downstream operations in the battery supply chain,” Frank Ha Chun-shing, the chief executive of the Chengdu-based company, said in an interview with the Post in Hong Kong.

He declined to name the countries where the company is seeking partnerships, but said it is exploring a key country in the electric vehicle (EV) supply chain in the European Union. Two of the world’s largest makers of electric car batteries are already in the economic bloc. Contemporary Amperex Technology Limited (CATL) of Fujian province opened a lithium-ion battery plant in Germany – Europe’s largest car market – in late 2022, while Shenzhen-based EV and battery producer BYD is building a plant in Hungary.

The rush to Europe underscores the strategy by Chinese carmakers to localise their supply chain closer to their market and to avert import tariffs and minimise logistics cost. The battery is the most expensive component of an EV, so locating battery materials, battery production and EV assembly close to each other would save transport costs, Ha said.

An undated photo of Tianqi Lithium CEO Frank Ha Chun-shing. Photo: Handout
That need to localise became more urgent after the EU imposed tariffs of between 17.4 and 37.6 per cent on Chinese EV exports this month. That new tariff added to a 10-per cent duty already in place for made-in-China EVs.
Pressure is also coming from the US, where tariffs on Chinese EVs will quadruple to 100 per cent from 25 per cent next month, while tariffs on Chinese lithium-ion EV batteries will rise to 25 per cent from 7.5 per cent.

Last year, the US Inflation Reduction Act stipulated that joint ventures with Chinese battery makers in which the Chinese government has a 25 per cent or greater stake would be ineligible for subsidies or tax credits.

“We have moved our focus to Europe, where there is no such limitation,” Ha said. “Europe has also become an important market for us because of the size of its car market and the progress on low-carbon energy transition there.”

In addition, EU policies incentivise foreign firms to invest in battery and related material facilities there, he added.

This includes the Carbon Border Adjustment Mechanism, which aims to level the playing field for imports and domestic products by imposing tariffs on certain carbon-intensive products made in nations with lower carbon prices. The tariffs will be imposed in 2026.
Chinese Premier Li Qiang (front centre) visited Tianqi’s lithium hydroxide refinery in Western Australia, accompanied by Tianqi’s founder Jiang Weiping (front left) in June 2024. Photo: Handout

The EU last year also passed legislation that requires declarations and caps on the carbon footprints of EVs, e-bikes and rechargeable industrial batteries.

Also phasing in starting next year: requirements on recycling efficiency and increasingly strict targets on the recovery of critical materials including cobalt, lithium and nickel.

From February 2027, each new EV and industrial battery with a capacity over 2 kilowatt hours sold in the EU must carry a QR code that allows consumers and supply-chain participants to identify it and check who produced the battery or handled its materials, from mining to final product.

Jiang Weiping, the founder and chairman emeritus of Tianqi Lithium Limited, at a press conference during the Sichuan company’s initial public offering in Hong Kong on June 30, 2022. Photo: Handout

Tianqi mulls lithium-ion recycling

According to its 2023-27 strategic development plan, Tianqi is looking for opportunities to participate in lithium-ion recycling, Ha said, adding that the company has patents on battery recycling and hopes to deploy it in China and Europe.

It will also seek to invest in potential lithium mining projects in Austria, Northern Europe, the UK, Portugal and Spain, where various mines are under feasibility studies.

“We are looking for opportunities,” he said. “If the policies and geopolitical relations are favourable, we may take one or two of them.”

On Wednesday, Tianqi said that it expected to swing to a first-half net loss of between 4.88 billion yuan (US$661 million) and 5.53 billion yuan, from last year’s 6.45 billion yuan profit. It cited lower product prices and lower profit from its Chilean lithium mining unit.

The production base of Tianqi Lithium in Shehong in Sichuan province. Photo: Handout

Tianqi considers Hong Kong for R&D

Last month, Chinese Premier Li Qiang visited Tianqi’s lithium hydroxide refinery at Kwinana Beach, in the Australian state of Western Australia, accompanied by Jiang Weiping, the founder and chairman emeritus of the privately controlled firm company.

The fully automated plant, which began operations in December 2022, was the first processing facility of its kind in Australia.

“The Chinese and Australian governments have chosen our company as the only Chinese investor in Western Australia for Premier Li to visit, a reflection of the importance of the new energy industry,” Ha said.

Meanwhile, Tianqi plans to set up a research centre outside mainland China. It is considering doing so in Australia, the UK and Japan, Ha said. However, Hong Kong would also be a good location for researching next-generation technology such as solid-state batteries in collaboration with universities and EV makers, if the government offers incentives to set up, he said.

1