Vehicle manufacturers are adding energy-efficient technologies such as turbochargers to their products to meet Canada’s increasingly stringent greenhouse gas emission standards for light-duty vehicles.
Using a smaller, turbocharged engine can lower fuel consumption by 2 to 6%. This saves you money and reduces your impact on the environment.
Turbochargers boost the power of smaller engines
Turbochargers force air into an engine’s cylinders – unlike a standard engine, which draws air in at atmospheric pressure. This means that a smaller, turbocharged engine can produce the same power as a larger standard engine.
Turbochargers use the otherwise wasted energy from the exhaust to drive a turbine that is attached to a compressor.
The compressor forces air into the cylinders of the engine. This provides two benefits. First, more air and fuel means a larger combustion reaction and more power. Second, the pistons have less work to do pulling the air-fuel mixture into the combustion chamber.
How much a turbocharger can save
Over 10 years, a turbocharger can save you $240 to $1,680 in fuel costs and lower your carbon dioxide (CO2) emissions by 550 to 3,860 kg. At the high end, this is equivalent to
- three quarters of an Olympic-sized swimming pool of CO2
- removing a mid-size car from Canadian roads for one year
- nearly 20% of our annual per capita emissions in Canada, which is 22.1 tonnes
|Fuel consumption||10-year savings*|
|With a 2% reduction
|With a 6% reduction
|Fuel cost savings||CO2 reduction|
|14.0||13.72||13.16||$560 to $1,680||1,290 to 3,860 kg|
|12.0||11.76||11.28||$480 to $1,440||1,100 to 3,310 kg|
|10.0||9.8||9.4||$400 to $1,200||920 to 2,760 kg|
|8.0||7.84||7.52||$320 to $960||740 to 2,210 kg|
|6.0||5.88||5.64||$240 to $720||550 to 1,660 kg|
*Based on an annual driving distance of 20,000 km, a fuel price of $1.00/L and a CO2 emissions factor of 2.3 kg/L of gasoline.
Be a knowledgeable buyer
Research before you buy. Estimate how much fuel your vehicle will consume over its lifetime.
- Date modified: