Can the internal combustion engine still be improved? Yes, thanks in particular to downsizing, a solution that cannot be ignored, and one that is both cost-efficient to implement and beneficial to the environment.
The principle is to reduce the engine size in order to reduce consumption, without affecting power.
In order to do so, supercharging (turbo or air compressor) is used alongside a range of systems and methods aiming to optimise the engine mechanism. A kind of virtuous circle, which increases performance while minimising energy needs, is setting itself up.
Thanks to downsizing, among other things, thermic engines could reduce their C02 emissions by between 5% (for diesel models) and 40% (for petrol models) by 2020, and reach an optimal working level. It’s an important issue for this kind of engine, which should be able to remain dominant for a long time in the car market.
Can the internal combustion engine still be improved? Yes, thanks in particular to downsizing, a solution that cannot be ignored, and one that is both cost-efficient to implement and beneficial to the environment. The principle is to reduce the engine size in order to reduce consumption, without affecting power. In order to do so, supercharging (turbo or air compressor) is used alongside a range of systems and methods aiming to optimise the engine mechanism. A kind of virtuous circle, which increases performance while minimising energy needs, is setting itself up. Thanks to downsizing, among other things, thermic engines could reduce their C02 emissions by between 5% (for diesel models) and 40% (for petrol models) by 2020, and reach an optimal working level. It’s an important issue for this kind of engine, which should be able to remain dominant for a long time in the car market.
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