Peugeot Shows the New Face of 308 Range Ahead of the Geneva Salon

At next month's Geneva Motor Show, Peugeot will unveil its refreshed 308 range that enters the 2011 model year with some subtle styling changes, revised powertrains and the introduction of a fuel efficient micro-hybrid e-HDi variant with CO2 emissions under 100g/km.

All three body styles of the Ford Focus-rivaling 308, including the hatchback, CC coupe-convertible and the SW station wagon, have been given a new face that subtly incorporates the latest stylistic codes of the Peugeot brand.

This translates to a less smiley and more compact sized front grille, reshaped LED headlamps and running lights, a new hood design and a re-sculptured front bumper. The fresh alloy wheel designs, new brand logos and some trim changes on certain models complete the exterior makeover.

Interior revisions come in the form of new available colors and materials for the seats and dashboard trim.

Without getting into any specific details, Peugeot said it has reduced the overall weight by an average of 25kg or 55 pounds across the range. Other improvements include the fitment of 16-inch wheels on ultra low rolling resistance tires on certain models, and the optimization of all available diesel and petrol engine options.

From the summer of 2011, Peugeot will also add a new micro-hybrid e-HDi variant that combines a stop-start system and a smart alternator able to recover energy during braking, with a 1.6-liter HDi FAP 112HP Euro 5 diesel engine, hooked up to either a six-speed manual gearbox or a six-speed electronically controlled manual gearbox (EGC). According to the French automaker, the 308 micro-hybrid e-HDi model reduces CO2 emissions to 98 g/km.

The new Peugeot 308 will go on sale across Europe shortly after its world premiere at the 2011 Geneva Motor Show.

Peugeot Releases Official Photos of RCZ Sports Coupe

These are the first official photos of the Peugeot RCZ sports coupe that will be unveiled for the first time to the public in its final form at the Frankfurt Motor Show in September. Though the 2+2 seater coupe is not fully reveled in any of the photos, there's no doubt that the final production model keeps the original concept's styling right up to the double-bubble rear windshield and roof panel. The French automaker had shown the 308 RCZ concept model in 2007 at the Frankfurt motorshow.

The RCZ that will be the first model in Peugeot's range not to use the usual 'zero' or 'double-zero' numbering system is slated to enter production in Spring 2010.

Details on the engine-lineup are still sketchy but it is expected that the 'French TT' will make use of the BMW Group and PSA Peugeot Citroen co-developed, twin-scroll turbocharged 1.6-liter four-cylinder engine which will be offered with various outputs, including a version with 218HP.

We also expect to see Pug's diesel engines including the new 2.0-liter four pot with 163HP and 340Nm of torque that recently made its way in the 407 Coupe.

2009 Peugeot 308 CC white review

2009 Peugeot 308 CC white review

The 2009 Peugeot 308 CC white review has a prominent shape and spectacular LED rear lights that use “red light curtain” technology to create a unique signature for the car by day and by night.

The door panels also have an exclusive design, incorporating an elegant yet dynamic and robust metallic inner door handle. The sporty steering wheel, the special finish of the instrument panel and the “black lacquer” centre console complete this theme.

THE PEUGEOT 308 HYBRID – THE ENVIRONMENTALLY FRIENDLY CAR FOR THE NEXT GENERATION

THE PEUGEOT 308 HYBRID – THE ENVIRONMENTALLY FRIENDLY CAR FOR THE NEXT GENERATION

A step towards commercialization
Compared to the previous 307 Hybrid HDi demonstrator presented in 2006, the focus of the development has now switched to concentrating on the packaging of the hybrid technology into the structure of the new 308, and to ensure its compatibility with the future Euro V emission standards.

To ensure a competitive purchase price, priority has been given to using as many components as possible from current Peugeot vehicles. This has enabled the number of specific parts associated with the hybridization of the 308 to be reduced by around 30% compared to the previous 307 Hybrid HDi demonstrator.

A simple, automatic technology
The vehicle is started by a customary ignition key but, unlike a conventional vehicle, this does not start the diesel engine. Instead by pressing the accelerator pedal with the gearbox in automatic mode, the electric motor powers the vehicle. The diesel engine only operates when required and is controlled by a stop and start system. All the powertrain operating modes are controlled by a Power Train Management Unit (PTMU) according to the driver's requirements.

The driver is informed in real time of the powertrain operating mode by a schematic diagram on the vehicle's color multifunction display. Other information is also available, such as the battery charge status or the power train operation mode.

Well equipped and without compromise
The comprehensively equipped demonstrator has all the standard equipment of a Premium Pack 308 and also includes a panoramic glass roof and the RT4 multi-media system with a retractable color display screen. The level of standard equipment, interior space, interior brightness, dynamic qualities and drivability are no different to those of the standard 308.

General dynamic performance is also comparable to a standard 308 HDi. In-gear acceleration, however, both in town and on the open road, is improved with the Hybrid HDi. Indeed, during in-gear acceleration, the diesel engine is backed up by the electric motor which is able on demand to deliver a power boost of up to 31 bhp (and 96 lb ft of torque).

Optimized Hybrid HDi technology
The parallel hybrid power train consists of a 1.6 litre HDi DPFS 110 bhp diesel engine and an electric motor with a continuous output of 22 bhp and a torque of 59 lb ft. The Power Train Management Unit (PTMU) selects the right distribution of power from both units to meet the requirements of the driver and minimize fuel consumption.

The electric motor alone is responsible for starting and driving at low speed, while only the diesel engine is used on open roads and motorways, with both units coming into play simultaneously to provide quicker acceleration. The system is fitted with a 6-speed electronically controlled manual gearbox able to operate in automatic or manual sequential mode.

To extend the battery range, kinetic energy recovered during phases of deceleration and braking is used to recharge the batteries. A special button provides access to an all-electric "ZEV" Zero Emission Vehicle mode. Operation of the diesel engine is then restricted to more pronounced acceleration phases or high speed driving. This "ZEV" mode provides total absence of exhaust emissions and noise pollution.

Technical description of main specific components
The electric motor is of the synchronous type with permanent magnets, developing a continuous power of 22 bhp and a torque of 59 lb ft. However, intermittently its output can attain 31 bhp and 96 lb ft.

An inverter regulates the 150 to 260 volt current from the high voltage battery pack supplying the electric motor in accordance with the torque requirements determined by the Power Train Management Unit (PTMU).

A new generation battery pack has been developed which delivers an output of 200 volts. It is housed in the spare wheel well and does not, therefore, reduce the available boot volume. The batteries are of the Nickel Metal Hydride (Ni-MH) type.

A converter converts the 200 V from the battery pack into 12 V to supply the vehicle equipment in phases of solely electrical operation.

Managed braking maximizes the recharging of the batteries during phases of deceleration and braking. An Intelligent control of the braking optimizes the distribution between regenerative electric braking and traditional dissipative hydraulic braking. The braking management system gives priority to braking efficiency over the recovery of energy.