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Porsche Boxster is testing electric power...

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So it begins !

- Electric Boxster tests start next year
- 918 Spyder plug-in hybrid development continues
- Porsche is 'committed to electric mobility'

The electric Boxster will begin testing next year to help Porsche better understand the behaviour of electric car drivers and the infrastructure required to support them.

Porsche Develops Research Cars with Electric Drive

Electric drive will take on an increasingly important role in the further enhancement of Porsche Intelligent Performance. To combine greater efficiency with even lower fuel consumption and emissions, Dr. Ing. h.c. F. Porsche AG, Stuttgart, is working consistently not only on the ongoing development of hybrid concepts already in regular production, but also on practical tests as part of the Stuttgart Model Region for Electromobility, using three research cars with all-electric drive based on the Porsche Boxster.

In the test process, these three electric Boxsters are to provide an initial first important insight into new electric drive components and battery systems for all-electric vehicle drive. This field test intended to also provide further findings on the infrastructure required for electromobility, user behaviour and the demands made of future products, is to start in early 2011.

Michael Macht, the President and Chief Executive Officer of Porsche AG, sees this contribution made by Porsche as absolutely essential: 'We will definitely be offering an electric sports car in future. But such a concept only makes sense if it offers product qualities typical of a Porsche."

Porsche has been committed to electric mobility for a long time, thus helping to preserve the environment and save resources in our world: The spectacular concept study of the 918 Spyder high-performance mid-engined sports car with plug-in hybrid combines high-tech breakthroughs in engine technology and electromobility with a truly fascinating range of further qualities. Emissions otherwise to be found only on a super-mini of just 70 g/km CO2 with three litres fuel consumption for 100 kilometres in the NEDC (equal to 94.1 mpg imp), come with the performance of a super sportscar developing well over 600 horsepower.

The hybrid system of the 911 GT3 R Hybrid has been developed especially for racing, with two 60 kW (82 hp) electric motors on the front axle boosting the 480 hp six-cylinder power unit fitted at the rear. Replacing conventional batteries there is an electrical flywheel power storage system re-charged whenever the driver applies the brakes and thus delivering energy to the electric motors. The 911 GT3 R Hybrid has already proven its racing qualities in the 24 Hours of Nürburgring.

Introducing the Cayenne S Hybrid, Porsche also offers the first production car in the range able to run under electric power alone. With maximum output of 380 hp, the Cayenne S Hybrid makes do in the NEDC cycle with just 8.2 ltr/100 km (equal to 34.5 mpg imp), and CO2 emissions reduced to a mere 193 g/km. This hybrid technology will also be featured in the future Panamera S Hybrid due to enter the market next year.
 

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I'd like to know if it's cheaper to make the power at the Power Station, transmit over all those miles to charge a car up and what are the C02 and other nasty gas consequences.

Prime mover efficiency ie Gas Turbine
Alternator Efficiency- Mechanical energy in electrical energy out.
Transformer Efficiency - 33Kv in 220V out
Transmission efficiency 20 - 80Miles
Charge battery on car
Electric Car efficiency
Battery disposal / efficient recycle - Not a chance at the moment.

At the moment electrical vehicles are cheap only because like LPG the populace are not fully on board. I sincerely hope that nobody is naive enough to think the goverment will not want it's cut once this technology is established. Somebody?

France is better suited to the electric vehicle in that they produce power primarily from nuclear energy.
 
In the end it is down to resources.

If nothing is done, in a few decades the price of oil will cause the price of a tank of fuel to exceed the cost of a service or the annual road tax, or both!

Irrespective of the CO2 b0llocks, we can't afford to waste a resource that we need for everything from plastics to pharmaceticals, from lubrication to paint, from fertilizers to detergents.

It is a shame BP spunked 200 MM gallons of oil over the Gulf of Mexico.

At least if we convert to a electric based future (which would possibly include hydrogen in both the sense of its initial production and the final motors used to drive the car after the vehicle's fuel cell conversion) it is relatively non-finite.

Via a nuclear stepping stone to full wind-farm, solar and tidal/wave production.

That way our civilisation survives.

The problem is our national grid (or indeed any other country's) would not cope.

The other option is a form of solar bio capture. Why can't we grow algae etc to use as a diesel feedstock?

It's not like the argument for grain or other biofuels, which displace animal or human food stock

Then we could still use all the current internal combustion technology and the fuelling infrastructure?

It would approach zero net CO2 aswell (particularly if nuclear or solar power etc was used during processing).
 

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