Hyundai Blue-Will Concept, 2009
The Hyundai has revealed the first pictures of an innovative plug-in hybrid Hyundai Blue-Will Concept car. It has exceptionally advanced technology crammed inside its striking bodyshell.
The Recycled PET soft drink bottles were used to make the material for the headlamp bezels while use has also been made of bio-plastics: PLA for the interior while PA11 was specified for the engine cover. These materials are made from plants extract rather than fossil fuels and are bio-degradable.
The Hyundai Blue-Will Concept is powered by an all-aluminium Gasoline Direct Injected 1.6-litre engine which is coupled to a Continuously Variable Transmission and a 100kw electric motor which is at the heart of Hyundai's parallel hybrid drive architecture.
The Electric power, stored by a Lithium Ion Polymer battery pack, is neatly bundled with the fuel tank under the rear seat to maximise luggage space.
The Hyundai will be the first automaker in the world to apply Lithium Ion Polymer in a mass production vehicle.
A further expression of the concept's design flexibility is found on the panoramic roof. The glass area integrates dye-sensitized solar cells which can generate power for the batteries from the sun without impeding visibility.
The Recycled PET soft drink bottles were used to make the material for the headlamp bezels while use has also been made of bio-plastics: PLA for the interior while PA11 was specified for the engine cover. These materials are made from plants extract rather than fossil fuels and are bio-degradable.
The Hyundai Blue-Will Concept is powered by an all-aluminium Gasoline Direct Injected 1.6-litre engine which is coupled to a Continuously Variable Transmission and a 100kw electric motor which is at the heart of Hyundai's parallel hybrid drive architecture.
The Electric power, stored by a Lithium Ion Polymer battery pack, is neatly bundled with the fuel tank under the rear seat to maximise luggage space.
The Hyundai will be the first automaker in the world to apply Lithium Ion Polymer in a mass production vehicle.
A further expression of the concept's design flexibility is found on the panoramic roof. The glass area integrates dye-sensitized solar cells which can generate power for the batteries from the sun without impeding visibility.
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