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Tag: Joint ventures

  • Rheinmetall Joint Venture Invests $577 Million to Produce Propellant Powder in Romania

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    Rheinmetall RHM 2.85%increase; green up pointing triangle and Pirochim Victoria said they will invest over 500 million euros ($576.9 million) in a new propellant powder plant in Romania.

    The German arms maker and the Romanian defense company signed a deal Monday to form a joint venture, with Rheinmetall holding 51% and Pirochim owning the remainder, Rheinmetall said.

    Copyright ©2025 Dow Jones & Company, Inc. All Rights Reserved. 87990cbe856818d5eddac44c7b1cdeb8

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    Cristina Gallardo

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  • The battery balancing act: Europe’s costly catch-up with China

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    Sam Adham (SA), Head of Battery Materials, Economics, and Sustainability at CRU Group, speaks with Jeremy Weltman (JW) about Beijing’s Contemporary Amperex Technology Ltd (CATL) sending more than 2,000 workers to Spain to build a €4bn plant with Stellantis, and what it means for Europe’s EV ambitions.

    SA: Battery manufacturing is an incredibly precise and complex process and Chinese companies want to avoid the leakage of technical know-how. CATL is transplanting its equipment and workers so that it can ramp up the factory quickly – where otherwise training and relying on a majority-local workforce would be too risky. Over time the idea is to phase out those workers and implement heavy automation.

    The industry also needs joint ventures, as in the case of Stellantis and CATL. Both parties want partnerships to share the costs and risks.

    There are some parallels with what happened in the auto industry in China years ago. Back then, the authorities in Beijing made it a rule that any Western car company wanting to set up in China had to form a joint venture with a local partner. The Chinese learnt from them, and slowly over time, they showed them the door. Now, Western car companies are on the decline in China. Europe and the West generally seem to think they can do the same thing in reverse, but with batteries, be open to Chinese entry and somehow benefit from it. But it’s unlikely to happen in the same way.

    SA: Exactly. The idea is: come in, invest, we’ll even help you with local government funding, as long as you use local labour, pay taxes here, and share your technology over time.

    But the CATL plant in Spain shows that isn’t happening. CATL is bringing almost all of the plant’s operational workforce from China. From the Chinese manufacturing perspective, it has to be that way – certainly initially. If you start changing process flows or factory parameters and operating procedures, you risk lower quality and higher defect rates. You end up needing to build more batteries just to make up for the losses.

    So CATL’s approach is to transplant a Chinese factory into Spain – same people, same equipment, same methods. That’s the only way they can guarantee quality and efficiency.

    SA: The Koreans faced the same challenge early on. LG’s plant in Poland, which supplies Volkswagen and other European carmakers, went through this too. They didn’t share their technology with the local workforce either, for the same reason: maintaining process integrity.

    Eventually, local operations get better integrated, but that takes time. Europe, for now, seems to have accepted that this is how it’s going to be. It’s not ideal, the technology isn’t being shared, but the joint venture partners like Stellantis or Volkswagen will still learn something, and they get a say in the technology direction for the joint venture.

    SA: To understand that, you have to look at what goes into a battery, the raw materials and the chemistry. There are two main lithium-ion chemistries: NMC, which uses nickel, manganese, and cobalt for longer range but higher cost; and LFP, lithium iron phosphate, which is cheaper, more stable, and lasts longer, though traditionally with lower range.

    For years, the industry focus was on raw materials and economies of scale, expanding the gigafactory model. But now, raw materials are relatively cheap compared to where they were. The real cost differences come from technology, cell design, additives, high-performance materials.

    That’s why everyone wants to use LFP: it’s cheaper and easier to scale efficiently. It’s all about yield and vertical integration, being able to control every step from raw materials to finished cells.

    SA: Absolutely. For example if you’re buying lithium at market prices, you’re already at a disadvantage compared to a competitor that owns its own mine. That’s why Chinese firms have such an advantage, they’ve built vertically integrated supply chains.

    The rest of the world is still starting from a higher cost base. Labour and energy costs in Europe are higher, and every new gigafactory faces a ramp-up period of two or three years before efficiencies improve sufficiently. That’s why no one outside China is yet producing batteries as cheaply. It’ll happen eventually, but not soon.

    SA: Very much so. Look at BYD, for example. They’ve made major improvements in both technology and performance. They increased battery cell size to gain more energy per unit of space and eliminated modules and packs altogether, removing non-energy-carrying components. Other manufacturers are now following that approach.

    Most of the innovation nowadays is chemical, not mechanical. It’s really electrochemistry that’s driving efficiency. Even in China, the focus now is shifting from longer range to faster charging, and new advanced materials are enabling that. If you can recharge in 5–10 minutes and go another 250 miles, you don’t need a massive battery. That’s the new race.

    SA: Not really. Whenever you hear about looming raw material shortages or long-term deficits, that’s mostly mining companies trying to talk up the price and attract investors. These materials are speciality chemicals, but they’re also commodities, and they go through cycles, but as markets mature, volatility falls.

    The more important thing is planning for the long term, knowing what supply levels will be needed, and that drives long-term investment in raw materials. Supply isn’t the constraint on EV growth anymore. Government policy is.

    SA: It’s very hard. China dominates every stage: from mining through refining, cathode and anode materials, cell manufacturing, EV assembly, and even recycling.

    And especially so in the ‘midstream’. Take manganese: it’s found in a well-diversified and low-risk group of countries, but 95% of the battery-grade manganese processing happens in China.

    It’s not just about access to materials, it’s the know-how. China is officially restricting the sharing of high-end technologies – like the latest generation LFP cathode materials used for super-fast-charging EVs – and the equipment to make them.

    The West is trying to decentralise that, but with limited success. If anything, China’s market share is still growing at each step, and Chinese companies will keep building overseas plants where necessary.

    Sam Adham will take the stage at the GlobalData Automotive Europe 2025 Conference (15–16 October) to share his insights in a session titled, “How the Battery Supply Chain and Technology are Powering Growth in the EV Market.”

    “The battery balancing act: Europe’s costly catch-up with China” was originally created and published by Motor Finance Online, a GlobalData owned brand.

     


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  • Ford Venture Gets Record $9.2 Billion Government Loan for EV Batteries

    Ford Venture Gets Record $9.2 Billion Government Loan for EV Batteries

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    Ford Venture Gets Record $9.2 Billion Government Loan for EV Batteries

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  • STMicroelectronics, Sanan Optoelectronics to Form $3.2 Bln China Joint Venture

    STMicroelectronics, Sanan Optoelectronics to Form $3.2 Bln China Joint Venture

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    By Adria Calatayud

    STMicroelectronics and Sanan Optoelectronics said Wednesday that they are forming a semiconductor-manufacturing joint venture in China, with $3.2 billion in total build-out funding.

    The European and Chinese semiconductor companies said they have signed an agreement to create a silicon-carbide-device manufacturing project in Chongqing, China, to tap into rising demand for semiconductors for car electrification as well as for industrial power and energy applications in the country. Production is expected to start in the fourth quarter of 2025, with full build-out anticipated in 2028, the companies said.

    The expected $3.2 billion for the full build-out of the joint venture includes capital expenditures of about $2.4 billion over the next five years, which will be funded by contributions from STMicroelectronics and Sanan Optoelectronics, support from the local government and loans, the companies said.

    Sanan will separately build a silicon-carbide-substrate manufacturing plant to fulfill the needs of the joint project, the companies said.

    Completion of the project remains subject to regulatory approvals, STMicroelectronics and Sanan said.

    Write to Adria Calatayud at adria.calatayud@dowjones.com

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  • Renault, China’s Geely announced powertrain joint venture

    Renault, China’s Geely announced powertrain joint venture

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    Renault SA and China’s Geely say they plan to launch a joint venture to produce gasoline-powered and hybrid powertrains, adding to a series of partnerships between global automakers to share soaring technology costs

    BEIJING — Renault SA and China’s Geely announced plans Tuesday for a jointly owned venture to produce gasoline-powered and hybrid powertrains, adding to a series of partnerships between global automakers to share soaring technology costs.

    The venture will have 17 plants with annual production capacity of 5 million powertrains, five research and development centers on three continents and some 19,000 employees, the companies said. They gave no financial terms but said each partner will own half of the venture.

    It will supply brands owned by or linked to Renault and Geely including Nissan, Mitsubishi, Volvo Cars, Renault, Dacia, Geely Auto, Lynk & Co. and Proton, the companies said. They said it might later supply third-party brands.

    Global automakers have been forming partnerships over the past decade to share the multibillion-dollar development costs of electric vehicles and more efficient gasoline engines.

    The Renault-Geely agreement will “enable the creation of a global leader in hybrid technologies to provide highly efficient advanced solutions for automakers around the world,” Eric Li, chairman of Geely Holding Group, said in a statement.

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  • Why It’s Time to Buy This Uranium Miner’s Stock

    Why It’s Time to Buy This Uranium Miner’s Stock

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    Heading into this past week, uranium miner


    Cameco


    was that rare stock in the market: It had posted a double-digit gain in 2022. One deal made those gains disappear—and created a buying opportunity.

    At first glance, there didn’t seem to be all that much that was controversial about the joint venture Cameco (ticker: CCJ) announced this past Tuesday. Along with


    Brookfield Renewable Partners


    (BEP), Cameco agreed to buy Westinghouse Electric, a servicer to nuclear power plants, for $7.88 billion, including debt. Cameco will own 49% of the joint venture once the deal is completed.

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  • Japan’s Sony, Honda jointly making EVs for 2026 US delivery

    Japan’s Sony, Honda jointly making EVs for 2026 US delivery

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    TOKYO — A new electric car company that brings together two big names in Japanese business, Honda and Sony, officially kicked off Thursday, with both sides stressing their common values of taking up challenges and serving people’s needs.

    The electric vehicle from Sony Honda Mobility Inc. will go on sale in 2025, with deliveries coming first in the U.S. in early 2026, and in Japan later that year, Chief Executive Yasuhide Mizuno told reporters. Pre-orders start 2025.

    In March, Sony Group Corp. and Honda agreed to set up the 50-50 joint venture, with the idea of bringing together Honda’s expertise in autos, mobility technology and sales with Sony’s imaging, network, sensor and entertainment expertise.

    Production will take place at a Honda plant in the U.S., but details such as pricing, platform and the kind of battery to be used were not disclosed. Production volume was also not given, but officials said this was a special model and not intended for massive sales.

    Mizuno, who is from Honda Motor Co., said the collaboration brings together hardware and software to deliver an emotionally satisfying experience on the move.

    “It was necessary to take a totally new approach,” Mizuno told reporters in Tokyo. “We want to make this completely new.”

    The U.S. was chosen for the launch because electric vehicles were already popular there, Japan came second as Honda’s home market, and other markets, including Europe, will follow, but no dates were set, he said.

    Izumi Kawanishi, the Sony executive who became Chief Operating Officer at Sony Mobility, said partners will be added to the project.

    Demand for “zero-emissions” vehicles is expected to grow worldwide amid concerns about climate change and sustainability.

    Sony, which makes the PlayStation video-game console and has movie and music businesses, showed an electric car concept at the CES gadget show in Las Vegas two years ago, and has been eager to find an auto partner.

    Honda has electric vehicles in its lineup, although not as plentiful as do some rivals, like Ford Motor Co. or Nissan Motor Co. Tokyo-based Honda has teamed up with General Motors to share platforms for EVs in North America, but the products are not yet on sale.

    ———

    Yuri Kageyama is on Twitter https://twitter.com/yurikageyama

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