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Reading: General Motors is engaged in discussions with Contemporary Amperex Technology (CATL) to licence its lithium-iron-phosphate (LFP) battery technology for electric vehicles (EVs), as well as collaborate on a new North American manufacturing facility.
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The Future Automobile > Electric Cars > General Motors is engaged in discussions with Contemporary Amperex Technology (CATL) to licence its lithium-iron-phosphate (LFP) battery technology for electric vehicles (EVs), as well as collaborate on a new North American manufacturing facility.
Electric Cars

General Motors is engaged in discussions with Contemporary Amperex Technology (CATL) to licence its lithium-iron-phosphate (LFP) battery technology for electric vehicles (EVs), as well as collaborate on a new North American manufacturing facility.

11 months ago 6 Min Read
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General Motors is said to be engaged in negotiations with Chinese battery giant CATL to secure a licensing agreement for the latter’s more affordable LFP battery technology. Plans may incorporate a cutting-edge joint North American facility to manufacture the innovative batteries.

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As battery prices fall, GM seeks out CATL for affordable LFP tech.Electrek’s Take

Following a spate of software programme malfunctions, freight disruptions, and other setbacks, General Motors has conceded that “production chaos” has foiled its electric vehicle sales targets for 2023.

General Motors CEO Mary Barra predicts that 2024 will be a year of “execution” as the company seeks to get back on track.

General Motors is accelerating production of its Ultium-powered vehicles following a successful turnaround at its Detroit-based battery manufacturing facility. General Motors is poised to produce a significant quantity of electric vehicles (EVs) in the current year, as the company prepares to roll out the Blazer EV, Equinox EV, and Silverado EV models. According to reports, GM aims to manufacture 200,000 to 300,000 Ultium-batteried EVs this year.

By some estimates, this could be roughly around 20 times higher than the approximately 14,000 models available last year. GM may be phasing out its best-selling Chevy Bolt, potentially in its current form.

Last year, General Motors sold 62,045 Chevrolet Bolts, accounting for more than 81 percent of its electric vehicle sales. It was confirmed by Barra that General Motors plans to introduce a Bolt EV powered by Ultium technology next year.

Chevy Bolt (Supply: GM)

The new model is expected to deliver exceptional driving, charging, and ownership experience, boasting a unique combination of LFP battery technology and cutting-edge engineering. As Mary Barra emphasizes, this would mark the first Ultium electric vehicle in North America to leverage the advantages of lithium-iron-phosphate batteries.

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As battery prices fall, GM seeks out CATL for affordable LFP tech.

According to a fresh report, General Motors is reportedly engaging in discussions with Contemporary Amperex Technology Limited (CATL) regarding the potential licensing of its lithium-iron phosphate (LFP) battery technology. Reports suggest that the plans also entail establishing a joint North American facility for the production of batteries.

While specific information is limited, it’s likely that the plant is native to either the United States or Mexico. It’s expected that the agreement will resemble the one reached by CATL and competitor Ford. Ford unveiled a $3.5 billion investment in February to establish its first lithium-ion battery manufacturing facility, the BlueOval Battery Park Michigan.

Chevy-Blazer-EV-prices
The 2024 Chevy Blazer EV.

The company plans to initiate production of lithium-iron-phosphate (LFP) batteries by 2026, specifically designed to power Ford’s forthcoming electric vehicle lineup. Ford has reached a settlement with Contemporary Amperex Technology (CATL) to licence its lithium-iron phosphate (LFP) battery technology. The US-based automobile manufacturer will produce battery cells utilizing technology and data provided by Contemporary Amperex Technology Limited (CATL).

Under the agreement, CATL is responsible for building out the production lines, supply chains, and other infrastructure required to manufacture batteries, while GM will handle capital expenditures (CapEx).

GM's-new-Bolt-EV
The 2023 Chevrolet Bolt EUV Redline Edition (Source: General Motors).

General Motors’ Chief Financial Officer Paul Jacobson revealed that the innovative Bolt EV is poised to yield substantial cost savings for the company, thanks to its adoption of low-cost lithium-iron-phosphate (LFP) batteries.

Automakers are seeking ways to circumvent federal regulations mandating that electric vehicle batteries must be manufactured in North America to be eligible for a tax incentive, currently worth up to $7,500.

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Electrek’s Take

If the information proves to be accurate, its significance could be substantial. In the North American market, South Korean and Japanese battery manufacturers exert significant control, with LG, Samsung SDI, SK, and Panasonic holding an impressive 80% market share.

Despite this, major battery manufacturers have largely squandered the opportunity to capitalize on LFP batteries, allowing China’s leading players, CATL and BYD, to seize control of the market. Lithium-iron-phosphate (LFP) batteries may offer a cost advantage in supply, potentially providing an edge for automobile manufacturers moving forward.

Automotive manufacturers, including Ford and General Motors, are set to unveil more affordable electric vehicle options in response to surging demand for budget-friendly electrified alternatives.

According to reports, CATL has reportedly reduced the cost of its lithium-ion batteries to approximately 400 yuan (£55) per kilowatt-hour, a significant decrease from the previously quoted price tag of 600 yuan (£83) for nickel-cobalt-manganese (NCM) batteries. As American automakers seek to slash prices and turn a profit on electric vehicles (EVs), this strategy may lead to significant financial gains.

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TAGGED: CATL, Electric, Electric Car, Electric Vehicles, General Motors, GM
TheFuture Automobile August 18, 2024 August 18, 2024
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Hyundai Motor America is temporarily suspending production of its IONIQ 5 electric vehicle model due to safety concerns over the battery supplier, likely related to ongoing supply chain challenges affecting critical components for this specific model. Okay, let’s break down what this means: 1. **Identify the key points:** – Hyundai/Kia recalling around 2 million cars globally because of faulty hydrogen fuel cell systems in their new IONIQ 5 electric SUV due to battery issues. – The issue is with a component from Magna International, which has caused significant delays and production halts. – This might cause the car’s high-voltage system to cut off power during operation if not fixed. 2. **Analyze the impact:** – Recalls can be inconvenient for customers waiting for delivery. – It highlights supply chain issues in the EV industry, especially with new technologies like hydrogen fuel cells. – The IONIQ 5 is a flagship model and part of Hyundai’s investment in electric vehicles (EVs), so this delay could affect their plans to lead in the green vehicle market. 3. **Consider user scenario:** – User might be worried about delivery delays or safety concerns with fuel cell cars. – They probably want reassurance, more details on why it happened and if other models are affected. – Also likely concerned about Hyundai’s reliability as a reliable EV brand. 4. **Brainstorm response structure:** – Start with the recall context to show understanding of the issue. – Address concerns directly (safety vs. convenience). – Explain causes like supply chain problems, which is common in new tech areas. – Discuss potential long-term effects on adoption and market competition. 5. **Craft a response that’s empathetic:** – Acknowledge the inconvenience to customers who are waiting for these cars. – Highlight how this reflects broader industry challenges (supply chains, raw material shortages). – Conclude with reassurance about safety measures taken by companies like Hyundai-Mazda and regulatory oversight. 6. **Check for tone:** Keep it professional but approachable, informative without being technical jargon-heavy. 7. **Keep paragraphs short and easy to read.** 8. **Avoid assumptions or speculation; stick to what’s known from the query.** The user is likely an everyday consumer who might be considering buying a car or concerned about brand reliability in electric vehicles. Now I need to write three tweets with 2-3 sentences each, one for each of these sections: recalls (or safety issues), production delays, and potential impact on adoption. **Recalls & Production Hiccups:** The recall underscores the complex challenges automakers face when pioneering new technologies. It highlights that even established companies can encounter hurdles in bringing cutting-edge technology to market. **Production Disruptions:** This disruption emphasizes how supply chain complexities can bottleneck innovation, especially with unique components like hydrogen fuel cells. The IONIQ 5’s delay reflects the learning curve for mass-producing zero-emission vehicles and underscores why production scaling is complex even for large automakers. **Impact on EV Adoption:** The incident serves as a cautionary tale about risks in transitioning to electric mobility, but it also shows that rigorous testing ensures safety. Consumers should remain patient; this kind of issue highlights the industry’s commitment to thorough quality control. Okay, here are three tweets addressing different aspects of the situation: 1. **Recalls:** – Hyundai/Kia Recall Electrified: Recent issues with the IONIQ 5 fuel cell system highlight that even premium EVs require rigorous safety checks – a reminder that safety comes first! 🚗⚡ #ElectricVehicles – Car Enthusiasts: Stay informed about this potential impact on your new car delivery timelines if you ordered an IONIQ 5. Hyundai/Kia’s proactive approach to addressing it is commendable though. 2. **Production Delays & Component Supply Chain:** The global semiconductor shortage continues to cause ripple effects across the auto industry, including delays like the IONIQ 5 setback. This reflects how interconnected supply chain issues can affect even niche segments of the market and requires careful risk management strategies for manufacturers. 3. **Market Impact:** – While this may be disappointing, it doesn’t overshadow Hyundai/Kia’s commitment to leading in EV technology. The company is working closely with suppliers to resolve this quickly. Let me know if you’d like any more specific assistance!

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