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Archive for Hybrids, Electric vehicles, fuel cells, alternative fuel

Lexus LF-Ch Concept front end look unveiled

Lexus LF-Ch
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We’ve already seen how the rear end of the new Lexus concept hatchback looks like, so here’s a few front shot. It definitely shares a family look with the IS sedan, though unlike the IS it is most likely to be front wheel drive and based on the chassis of the Auris. The production version is very likely to be very much toned down.

Look after the jump and you’ll find a photo of the previously unveiled rear end.

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Lotus Engineering to showcase 1.2 liter 3 cylinder range extender engine at Frankfurt

lotus-range-extender

Lotus will be showcasing its very own “range extender” powertrain at the Frankfurt motorshow this month. If you know how the Chevrolet Volt works you’ll basically have a gist about what range extenders are all about. A range extender engine does not power the car’s wheels. It either provides power to an electric motor or charges the vehicle’s battery, depending on needs as per what the management system tells it to do.

The Lotus Range Extender Engine is a 1.2 liter 3 cylinder engine. Its power/torque curve is optimised for 2 power generation points – 15kW (20hp) at 1,500rpm and 35kW (47hp) at 3,500rpm, which by the way is also its redline. The engine is most fuel efficient at these points in the RPM range so it can just run at these speeds without having to go into the other inefficient ranges because it does not drive the wheels directly. Peak torque is 107Nm at 2,500rpm.

The engine is a single cam engine with 2 valves per cylinder on a 10.0:1 compression ratio. It uses a monoblock construction with an integrated exhaust manifold, which means the head and block are integrated, removing the need for a head gasket. 17 parts are eliminated thanks to this and the water jacket can be optimised – the result is a dry weight of only 56kg. No fancy direct injection here – fuel is delivered via port injection and the minimum octane requirement is RON95. It can also run on ethanol or methanol.

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Peugeot iOn: one half of PSA’s rebadged Mitsubishi i-MiEV electric cars unveiled

Peugeot’s rebadged Mitsubishi i-MiEV didn’t turn out looking quite like what Theophilus Chin imagined it to be – the actual product doesn’t really stray far from its Mitsubishi looks. As for the name, the Peugeot branded car is going to be called the Peugoet iOn while the Citroen one has yet to be named.

Looking back at history, this is not Peugeot’s first electric car. In the mid-90s, there was actually an electric version of the Peugeot 106 for sale. It had a regular speedometer but the RPM meter was replaced by a dial showing the percentage of maximum power output being used. It had a top speed of 90km/h and went up to between 70km to 100km on a single charge.

The new iOn can go further – 130km on the European driving cycle on its lithium ion batteries. The iOn’s batteries can be charged in 6 hours using a regular 220V socket or up to 80% in 30 minutes via a fast charging system. It’s powered by a 64hp motor with 180Nm of torque.

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French-badged Mitsubishi i-MiEV electric car set for October 2010 debut


Theophilus Chin’s rendering of a Peugeot-ized i-MiEV

Mitsubishi and Peugeot have finalised its EV agreement where Mitsubishi will be supplying PSA Peugeot Citroen with an electric car for the European market based on the Mitsubishi i-MiEV. Both Citroen and Peugeot-badged vehicles will be available, and production will start in October 2010, with a launch happening shortly after.

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Hyundai i10 Electric EV set for Frankfurt debut

Hyundai i10 Electric

Here’s a first photo of Hyundai’s new electric i10 set to make its debut at the 2009 Frankfurt Auto Show. The Hyundai i10 Electric will begin limited series production in 2010 and will initially be offered in Korea only. It will be offered to the Korean government, state corporations, and utility companies. No price has been revealed as of now, but the press release mentions “sell” instead of “lease”.

The i10 Electric is powered by a 49kW (66 horsepower) motor, mated to a 16kWh battery which promises a range of 160km and a top speed of 130km/h. Because of the switch of powertrain, the steering, air conditioning, water pump and brake vacuum pump systems have been modified to all run on electrical power now.

The Koreans have improved the standard of their powertrains tremendously in the past decade. From the initial set of engines based on Mitsubishi products, they’ve moved to very competent engines with dual variable valve timing, new engines with turbocharging and direct injection, impressive and fuel efficient R-engine diesel engines, LPI Hybrids and now, an all-electric powertrain! Impressive!

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Two more videos of the BMW Vision ED Concept

BMW Vision EfficientDynamics Concept
I guess she overestimated how far the EV mode would take her…

Two new video clips on BMW’s new Vision EfficientDynamics Frankfurt showcar have been released by the boys at Munich, making it a total of three videos now if you include the first one. One is 3 minute long video while the second one is a short 3D teaser of just under a minute long. I’ve also added the first video in case you missed it, so head on after the jump where you will find all three videos. You can also check out my previous post on the BMW Vision EfficientDynamics Concept car to read more on BMW’s new turbodiesel-hybrid sports car concept.

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Lexus LF-Ch Concept to preview Lexus CT hatch


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This is probably an Auris/Blade with a new skin, but a C-segment premium 5-door hatchback like this Lexus LF-Ch Concept is vital for Lexus to deepen its penetration of the European market.

The concept’s name is quite easily decoded – LF for L-Finesse (Lexus design language), C is probably a reference to the production car’s CT name while h denotes a hybrid powertrain. Lexus confirms that it will have a full hybrid system which means an EV mode will be available.

More images and details will be unveiled when the concept car makes its public debut at the 2009 Frankfurt Motor Show.

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Auris Hybrid and Plug-in Prius for Frankfurt show

Toyota’s Frankfurt exhibits will be mostly hybrid-centric, or at least that’s what they feel comfortable letting us know in advance now. Two new hybrid concepts will be on show.

First is the Auris HSD Concept shown above. It’s essentially an Auris with Toyota’s HSD hybrid system. The Auris is the hatchback version of the Corolla so it would not be far-fetched to think that we could see a HSD Corolla in the future.

Next up is the Toyota Prius Plug-in Hybrid Concept. I think it’s quite easy to figure out what this is based on the concept’s name. A Plug-in Hybrid basically allow one to charge the hybrid’s on-board batteries from a power source rather than just through brake energy regeneration.

A true bridge between hybrids and full EVs, a plug-in Prius much like this concept will begin field trials in early 2010. About 150 units will be leased to selected fleet customers.

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Diesel-electric powered 2009 BMW Vision EfficientDynamics Concept officially unveiled!

BMW Vision EfficientDynamics

And here we have it, BMW’s secretive concept car with the radical rear tail lamps set for its Frankfurt showcase unveiled before the show – the BMW Vision EfficientDynamics. If you’ve been following the motoring scene closely you’ll remember back in early 2008 there was another concept car with the exact same name but with a much less radical body. Come to think of it the design was probably inspired by the GINA concept. 2008’s Vision EfficientDynamics Concept was built using the body of an X5 but featured a 2.0 liter twin turbodiesel (from the 123d) with 204hp mated to a 15kW electric motor.

BMW Vision EfficientDynamics

For this new vehicle, you can see its clearly a sports car, a 2+2 seater to be exact. It’s very aerodynamic, rated at 0.22 for its CX drag coefficient. The car’s 0.22 figure for its aerodynamics were achieved using various methods. At the front, you have active air flaps which channel only the required amount of air smoothly into the car. A number of body elements are used as air deflectors and guide vanes, like the A-pillar. The underbody is completely covered with a smooth surface.

BMW says this car’s development concept was to offer the performance of a BMW M Car and a highly emotional character combined with the fuel economy and emission management of a modern small car in the premium class. Make no mistake, it’s a hint that future M cars might have KERS-like hybrid electric motors for power assist.

BMW Vision EfficientDynamics

Under the hood of the new BMW Vision EfficientDynamics is something very interesting. It’s BMW’s first modern three-cylinder engine in a long time – a 1.5 liter inline-3, mated to two electric motors, one each on the front and rear axle. It is mounted in a mid-engine position behind the rear seats and puts out 163hp and 290Nm of torque by itself, and is mated to a 6-speed twin clutch transmission with its TCU tuned for fuel economy (other twin clutch previously announced by BMW have been 7-speed). Overall system output – 356hp and a massive 800Nm of torque.

0 to 100km/h takes 4.8 seconds and the car goes up to an electronically limited top speed of 250km/h. EU test cycle fuel consumption is rated at 3.76 liters per 100km, and CO2 output is pegged at just 99g/km. BMW says it can go up to 700km or just 650km on the diesel motor alone.

BMW Vision EfficientDynamics

The rear motor sits between the turbodiesel and its twin clutch transmission, while the front motor stands on its own and puts its drive through a two stage single speed reduced ratio transmission. It puts out 60kW on its own with a peak torque of 220Nm but can boost this up to 84kW for up to 30 seconds and even up to 104kW in 10 seconds.

The rear motor makes more torque – 290Nm but less power at 25kW constant to a peak of 38kW. The rear motor also performs the brake energy regeneration functions. The exhaust system even has a Thermo-Electric Generator which scavenges exhaust gas heat to generate power – up to 200 watts in this instance.

BMW Vision EfficientDynamics

The Vision EfficientDynamics can run on electric power alone for about 50km – an EV mode as people usually call it. And the 10.8kWh (80% discharged capacity) lithium polymer batteries (98 cells) on-board can be recharged via your wall socket, not just through brake energy regeneration. When plugged in, a full charge can be done in 2.5 hours with a regular 220V wall plug, or down to 44 minutes at most with a 380V quick charger.

I like how BMW is honest in saying EV mode emissions are rated at about 50g/km when you take into account how the electricity that you pump in from the grid is generated typically in Europe. The rest of the manufacturers claim completely zero emissions – of course there are emissions, just not from your tailpipe.

BMW Vision EfficientDynamics

You’re going to have trouble finding tyres for this guy though, the size is quite weird. 195/55R21. The whole chassis and suspension are made out of aluminium while the roof and outer skin of the doors are made out of a special polycarbonate glass which have a darkening function when there is excessive light. Weight is pegged at just 1,395kg with a low centre of gravity. The Vision ED measures 4,600mm in length, 1,900mm in width and 1,240mm in height. Maximum luggage capacity is 150kg, which BMW says the shape and size is enough for 2 golf bags.

Look after the jump for hi-res images of the new Vision ED. Also check out the video which reveals alot more about how the Vision ED looks like especially at night, and how the front flaps move – this isn’t found in the photo gallery.

Click here to read the rest of Diesel-electric powered 2009 BMW Vision EfficientDynamics Concept officially unveiled!

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Mercedes-Benz B-Class F-CELL in early 2010

Mercedes-Benz B-Class F-CELL

The equivalent fuel costs of 3.3L/100km of diesel, and 0g/km of CO2 emissions. These are the eco-vital statistics of the new Mercedes-Benz B-Class F-CELL, which will be delivered to about 200 customers in the US and Europe early 2010.

These customers will consist of mainly owners in Hamburg, Stuttgart and California where Daimler has cooperations going with government authorities and utility/oil companies. This car and the decision to sell it is the fruit of more than 100 test vehicles and a combined total of over 4.5 million km of trial testing.

Mercedes-Benz B-Class F-CELL

The B-Class F-CELL uses a 136hp electric motor with a massive 290Nm of torque from as low as 1rpm. That’s basically the entire rev range of the motor. The hydrogen capacity can take the car up to 385km on a full tank (NEDC driving cycle) and the tank can be replenished at a hydrogen refueling system in only 3 minutes, which is way shorter time than any EV can promise, even with quick chargers.

There is a 1.4kWh lithium ion battery that is used to temporarily store the charge recovered from brake energy regeneration and this energy will also be used to provide a power boost to the electric motor.

Mercedes-Benz’s stand is that internal combustion engines powered by fossil fuels will remain to be relevant for a long time to come – alternative energy solutions as they are now do not satisfy the needs of long haul travel not only just for consumers, but especially inter-state transport. But urban transport within cities will definitely benefit from zero-emission and low cost electric drive.

Click here to read the rest of Mercedes-Benz B-Class F-CELL in early 2010

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