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Stellantis announces ‘Circular Economy’ business to drive revenue, decarbonization

Stellantis has already announced its plans to reach net-zero carbon emissions by 2038. Today, the automaker has announced a new business unit to help it reach that goal while generating 2 billion euros per year in revenue by 2030. The “Circular Economy” business will help make revenue less dependent on finite, rare and ecologically problematic materials. The Circular Economy model features what Stellantis calls a “4R” strategy, comprising remanufacturing, repair, reuse and recycling. The goal is to make materials last as long as they can, reducing reliance on the acquisition of those precious new materials in the future by returning them to the business loop when theyÂ’ve reached the end of their first life. Through these processes, Stellantis says it can save up to 80% raw material and 50% energy compared to manufacturing a new part. Remanufacturing, or “reman” in Stellantis shorthand, means dismantling, cleaning and rebuilding parts to OEM spec. Nearly 12,000 remanufactured parts are available for customers to purchase. Some remanufacturing is done in-house, and some with partners and through joint ventures. Repair is pretty obvious — fixing parts to put back into vehicles. This also consists of reconditioning, to make a vehicle feel like new. Stellantis boasts 21 “e-repair” centers for repairing electric vehicle batteries.  Reuse refers to parts still in good condition from end-of-life vehicles sold as-is. Stellantis says it has 4.5 million multi-brand parts in inventory. These are sold in 155 countries through the B-Parts e-commerce platform. Reuse also refers second-life options, such as using batteries outside of automotive purposes. Recycling involves dismantling parts and scraps back into raw material form that is then looped back into the manufacturing process. Stellantis says it has collected 1 million parts for recycling in the past six months. Recycling doesnÂ’t get counted in that aforementioned 2 billion euros of revenue, but it does save the company money on acquisition of raw materials. As for batteries, specifically, Stellantis expects this recycling business to ramp up after 2030, when the packs currently in service begin to reach the end of their lifecycle. Stellantis will use its new “SUSTAINera” label to denote parts that are offered as part of its Circular Economy business.

FCA and PSA sign merger agreement

Confirming an earlier rumor, PSA Group and Fiat-Chrysler Automobiles (FCA) signed a binding merger agreement to create the world's fourth-largest automaker. The partners hope to leverage the benefits of economies of scale as they develop new technologies and expand their global presence. The announcement ends FCA's years-long search for a partner, which nearly ended earlier in 2019 when it came close to merging with Renault, PSA's rival. It brings Fiat, Chrysler, Dodge, Ram, Jeep, Alfa Romeo, Maserati, Lancia, Peugeot, Citroen, DS, and Opel/Vauxhall under the same roof. That's a huge portfolio of brands that often overlap, but executives pledged to keep them all open, as well as all their respective factories as a result of the transaction. They're committed to making this big family of automakers work by building on each one's strengths, whether they're technical or regional. FCA and PSA jointly predicted they'll sell about 8.7 million cars annually around the globe, while posting an ˆ11 billion (about $12.2 million) profit. North America, a strong market for FCA, will provide 43% of its revenues, and 46% will be generated in Europe, where Peugeot's brands are doing better than ever. Together, they plan to achieve ˆ3.7 billion (about $4.1 million) in annual run-rate synergies. They'll notably have the purchasing power to negotiate a better price with suppliers, and they'll merge their research and development efforts where it makes sense to do so. Over two thirds of the group's annual volume will be built on two shared platforms. One will underpin about three million small cars annually, and the other will serve as the foundation for approximately three million compact and mid-sized cars. Details about these architectures haven't been made public yet, but a quick look at both companies' product portfolios reveals the small car will very likely come from Peugeot. Recent additions to its range, like the second-generation 208, are built on a new architecture named Common Modular Platform (CMP) developed with electric powertrains in mind. Meanwhile, Fiat is still making the cheeky 500 on an evolution of the platform found under the second-generation Panda released in 2003. The bigger architecture could come from FCA, however. The group's brands will share engines, transmissions, electric powertrains, infotainment systems, various sensors used to power electronic driving aids, and other components like wiring looms, but each one will retain its own identity.

The problem with how automakers confront hacking threats

More than anyone, Chris Valasek and Charlie Miller are responsible for alerting Americans to the hacking perils awaiting them in their modern-day cars. In 2013, the pair of cyber-security researchers followed in the footsteps of academics at the University of Cal-San Diego and University of Washington, demonstrating it was possible to hack and control cars. Last summer, their research established which vehicles contained inherent security weaknesses. In recent weeks, their latest findings have underscored the far-reaching danger of automotive security breaches. From the comfort of his Pittsburgh home, Valasek exploited a flaw in the cellular connection of a Jeep Cherokee and commandeered control as Miller drove along a St. Louis highway. Remote access. No prior tampering with the vehicle. An industry's nightmare. As a result of their work, FCA US recalled 1.4 million cars, improving safety for millions of motorists. For now, Valasek and Miller are at the forefront of their profession. In a few months, they could be out of jobs. Rather than embrace the skills of software and security experts in confronting the unforeseen downside of connectivity in cars, automakers have been doing their best to stifle independent cyber-security research. Lost in the analysis of the Jeep Cherokee vulnerabilities is the possibility this could be the last study of its kind. In September or October, the U.S. Copyright Office will issue a key ruling that could prevent third-party researchers like Valasek and Miller from accessing the components they need to conduct experiments on vehicles. Researchers have asked for an exemption in the Digital Millennial Copyright Act that would preserve their right to analyze cars, but automakers have opposed that exemption, claiming the software that runs almost every conceivable vehicle function is proprietary. Further, their attorneys have argued the complexity of the software has evolved to a point where safety and security risks arise when third parties start monkeying with the code. Their message on cyber security is, as it has been for years, that they know their products better than anyone else and that it's dangerous for others to meddle with them. But in precise terms, the Jeep Cherokee problems show this is not the case. Valasek and Miller discovered the problem, a security hole in the Sprint cellular connection to the UConnect infotainment system, not industry insiders.