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Volvo building new AstaZero safety proving ground in Sweden

Volvo is an automaker committed to vehicle safety, setting an ambitious target for itself: by 2020, the Swedish automaker envisions that no one will be killed or seriously injured in one of its cars. In order to achieve that goal, Volvo has announced a new proving ground designed specifically to test safety solutions.
Called AstaZero, the new facility near the company's headquarters in Gothenburg, Sweden, is the result of a $70 million investment. It will cover some 500 acres, with over 60 acres of pavement, four city blocks and three and a half miles of highway. The Active Safety Test Area (the ASTA in AstaZero) will enable Volvo and its partners (including Scania trucks as well as government bodies and university development programs) to simulate city streets, highways, rural roads, roundabouts, T-junctions and more, combining traffic from cars, pedestrians, bicycles, motorcycles, buses, trucks and even animals in order to account for all manner of potential hazards.
The facility will enable Volvo to test active safety systems and autonomous vehicle operations, and even allow robots to test its prototypes in an adaptive environment that aims to be more flexible than existing proving grounds. Read more about Volvo's commitment to safety in the press release below.

Volvo Cars plans $20 billion stock IPO this month, sources say

STOCKHOLM — China's Geely Holding is in advanced discussions with banks to list its Volvo Cars unit in the coming weeks, three sources told Reuters, in what is expected to be one of Europe's biggest initial public offerings (IPOs) this year. Volvo Cars is aiming for a valuation of about $20 billion in the planned Stockholm listing, the sources said, with one saying the launch was penciled in for the end of September. Goldman Sachs and SEB are leading the transaction, while other banks including BNP Paribas, Carnegie and HSBC are also involved in the deal, the sources added. Volvo Cars declined to comment. Geely did not immediately respond to an emailed request for comment outside normal business hours in China. SEB and Goldman Sachs declined to comment. The other banks were not immediately available. Geely, which bought Volvo from Ford more than a decade ago in the biggest acquisition by a Chinese firm of a foreign car maker, sought to float shares in the Swedish firm in 2018 but then pulled the deal citing trade tensions and a downturn in automotive stocks. Traditional carmakers have fallen out of favor in recent years, as Tesla has risen to be one of the world's most valuable companies, putting the focus on electric vehicles. Many European firms have pivoted toward the electric sector, including Volvo, which aims to only make fully electric cars by 2030 and owns a 49.5% stake in electric car maker Polestar. Valuation Gothenburg-based Volvo Cars aims to secure a valuation of roughly $20 billion, one of the sources said, while another mentioned a possible range of $20 billion to $30 billion. A third source suggested a $16 billion valuation was more realistic, citing the firm's revenue outlook. A $20 billion valuation for Volvo would be equivalent to six to seven times its earnings, a level some analysts say is high although it would put it in line with rivals Daimler and BMW. Tesla's valuation is more than 70 times that. NordLB's automotive analyst Frank Schwope estimated a valuation range of $10 billion to $15 billion. "The strong margins seen in the first half of 2021 are unlikely sustainable as the market benefited from a strong post-pandemic rebound that is unlikely to continue," Schwope said. For Geely's founder Li Shufu, who bought Volvo for $1.8 billion, the listing is a milestone on the road to transport of the future, where cars are part of an electrified network of mobility services generating data and business opportunities.

Hyundai Sonata PHEV may be a game (and mind) changer

If you really, really want to consume volts instead of fuel on your way to work, school or shopping, you currently have just three options: pure EV, hydrogen fuel cell, or plug-in hybrid EV. Much as we love them, we all know the disadvantages of BEVs: high prices due to high battery cost (even though subsidized by their makers), limited range and long recharges. Yes, I know: six-figure (giant-battery) Teslas can deliver a couple hundred miles and Supercharge to ~80 percent in 10 minutes. But few of us can afford one of those, Tesla's high-voltage chargers are hardly as plentiful as gas stations, and even 10 minutes is a meaningful chunk out of a busy day. Also, good luck finding a Tesla dealership to fix whatever goes wrong (other than downloadable software updates) when it inevitably does. There still aren't any. Even more expensive, still rare as honest politicians, and much more challenging to refuel are FCEVs. You can lease one from Honda or Hyundai, and maybe soon Toyota, provided you live in Southern California and have ample disposable income. But you'd best limit your driving to within 100 miles or so of the small (but growing) number of hydrogen fueling stations in that state if you don't want to complete your trip on the back of a flatbed. That leaves PHEVs as the only reasonably affordable, practical choice. Yes, you can operate a conventional parallel hybrid in EV mode...for a mile or so at creep-along speeds. But if your mission is getting to work, school or the mall (and maybe back) most days without burning any fuel – while basking in the security of having a range-extender in reserve when you need it – your choices are extended-range EVs. That means the Chevrolet Volt, Cadillac ELR or a BMW i3 with the optional range-extender engine, and plug-in parallel hybrids. Regular readers know that, except for their high prices, I'm partial to EREVs. They are series hybrids whose small, fuel-efficient engines don't even start (except in certain rare, extreme conditions) until their batteries are spent. That means you can drive 30-40 (Volt, ELR) or 70-80 miles (i3) without consuming a drop of fuel. And until now, I've been fairly skeptical of plug-in versions of conventional parallel hybrids. Why?