2007 Saab 9-3 2.0t Sedan 4-door 2.0l on 2040-cars

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Saab didn't want this electric, 99-like delivery van from the 1970s

National Electric Vehicle Sweden (NEVS) purchased the remains of Saab in 2012 to turn it into an electric-only brand. While its vast heritage is turbocharged and rooted in racing, Saab didn't shy away from dabbling in battery-powered drivetrains, and there's an experimental mail delivery van in its official museum to prove it. The name Saab in the last paragraph should be followed by an asterisk. The prototype kind of looks like a 99 when viewed from the front, and it wears the soccer ball-style alloy wheels seen on several of the brand's models during the 1970s, but the museum's curator told Autoblog it was built in Linkoping, Sweden, by the company's defense and plane-making division. It's certainly a Saab, but not quite the kind you're likely thinking of. Engineers began the project in the early 1970s, at about the same time archrival Volvo launched its own experiments in the field of electrification. The idea was to create an electric, short-range distribution van that could be used by Sweden's postal service, for example. Two prototypes were built in 1975 and 1976, including the example in the museum, and each had a low-speed driving range of about 40 miles. Additional technical specifications are lost to history, partly because Saab's car-building division in Trollhattan -- the folks that developed the 99 and the 900, among others -- didn't like the van at all and wanted nothing to do with it. Saab electric van prototype View 2 Photos We peeked inside and under it and spotted a bulky, lead-acid battery pack integrated into a tray that could be pulled out from the back after flipping up the panel onto which part of the rear bumper was mounted. This layout was relatively common in early electric prototypes, like the Bus that Volkswagen developed in 1972 and tested in select German cities. Recharging the battery pack took hours, so swapping it out was considered the more practical alternative. Period documents and images confirm the electronics were mounted under the hood. Saab made two electric prototypes, including one it fitted with front-end parts like headlights (complete with wipers), turn signals, and a plastic grille from a 99. The second wore round headlights, bullet-shaped turn signals, and looked more like something you'd see in an episode of "Scooby Doo" than what you'd find in a Saab showroom. The van's resemblance to the 99 was purely artificial; it was its own thing, on its own chassis.

Saab has ruined all Swedish cars for me

It's easy to dismiss my hatred of all Swedish automotive manufacturers as a simple result of bad experiences. I mean, we're all products of our own experiences, some we learn from, others we don't, and some we need to be hit over the head with time and time again. I've been hit over the head too many times with Saabs (and one lonely Volvo), and as a result, I can't bring myself to buy a Koenigsegg. It started with a 900 Turbo sedan. You know, the ugly duckling sister of the beautiful two-door coupe that spawned the Aero, which managed to look stunning from the front, and like a child with a full nappy (diaper) at the rear. I bought it at an auction (mistake number one) for $6,500 (AUD) because as a bloke in his early twenties, I wanted to be noticed – and a greasy-haired bespectacled musician driving a turbocharged Swedish luxury car was my way of standing out. On the drive home I noticed two things: one, it handled like it was on rails – it just gripped! And two, the turbo wasn't working. I took my new wheels to the mechanic, who promptly told me a custom exhaust system would solve the problem – mistake number two. During the fitting, Mr. Shonky's Repair Shop managed to fry some computer thingy. I won't try to remember or understand what it was, but he did tell me that it should have been replaced and that I would have to pay for it. I agreed. Mistake number three. Twelve months later I had spent more than double the original purchase price on repairs, and the turbo still wouldn't work. I sold it for about $4,000, and moved on to something more sensible. But the beautiful handling and quirky design had left an itch that I just couldn't scratch. Many cars and motorbikes later, I sold my Mazda RX-8 because it was too perfect. You know those cars that have spotless paint, an unmarked interior, low kilometers, and you're just too damn scared to park it anywhere? Yep, it was one of those. I would spend 30 to 40 minutes trying to find a vacant spot with vacant spots on either side, and even after leaving the car I would walk back to check if anyone had parked next to me. If they did, I moved. Not a low-anxiety vehicle. So I bought my second Saab – this time a 9-5 turbo wagon – from an auction. Wasn't that mistake number one? This one had reasonably low kilometers, and was even on LPG (a fairly common conversion is Australia – just not on Saabs) and only set me back $2,200. I drove it home, and low and behold, the turbo worked!

Recharge Wrap-up: Renault's electric motors, BMW i3 is AM free

Why isn't AM radio offered in the BMW i3? Some drivers – particularly those interested in local traffic reports – have noticed its absence. BMW says that the electromagnetic interference from the electric drivetrain caused poor performance, and that while reception wasn't always terrible, it wasn't up to their standards. Rather than have customers complain to their dealers, who would be unable to do anything for them, BMW has disabled AM reception in the i3. Some customers have hacked their cars in order to enable the AM radio, despite possible warranty issues, and have found the reception to be acceptable. Read more at Green Car Reports. Saab's current parent company, National Electric Vehicle Sweden (NEVS), broke ground for production and R&D facilities in Tianjin, China. The facilities are part of joint ventures with the city of Tianjin and State Research Information Technology (SRIT). In addition to investments of over $190 million from SRIT and Teamsun, NEVS has received $1.6 billion in credit from the Bank of China to develop its business there. The new Tianjin factory will have a capacity of 200,000 new energy vehicles per year. The facility in Trollhattan, Sweden will provide manufacturing planning, training, and product supply for the Tianjin plant. Read more at Green Car Congress, and in the press release from NEVS. Renault is building the new R240 electric motor for the Zoe at its Cleon plant. The plant and its employees, which specialize in the Energy dCi diesel engine, have adapted to produce high volumes of the electric motor as well, including a 6,000 hours of training for the staff and millions of dollars in investments. "We aim to become the leading powertrain plant for the Alliance," says Cleon plant director Mendi Ammad. The plant is capable of producing 50,000 units of the R240 motor per year, with that number expected to double in the future. Read more about the plant and the production process the press release below. NEW ELECTRIC MOTOR STRENGTHENS POWERTRAIN EXPERTISE AT CLEON ZOE's new electric motor, unveiled at the Geneva Motor Show, is a 100% Renault motor manufactured at the French site of Cleon, already specialized in highly technical powertrain production. Until now, the flagship of the Cleon plant was the Energy dCi (130, 140, 160) internal-combustion engine. The diesel unit with advanced technological content has made a name for itself at Groupe Renault, the Alliance and with our partners.