What’s So Special About Ford’s EcoBoost Engines?

Many car buyers are starting to recognize the impact of gasoline-powered cars on their wallets at the gas pump and on the environment itself, leading them to take increased fuel economy and lowered carbon footprints into account when purchasing a car or truck. Hybrids and electric vehicles are becoming increasingly common, and Ford has risen to the challenge with the C-MAX and Fusion hybrids.

But even with the increasing development of and demand for hybrid and electric vehicles, most cars and trucks worldwide will continue to be powered with gasoline for the foreseeable future. Ford’s EcoBoost Engine Technology is a great way to help drivers improve their fuel economy, save money, and reduce their carbon footprint… all without sacrificing the power and performance they demand of their engines, a common complaint with hybrids. So what makes an EcoBoost engine different from any regular internal combustion engine?

First of all, the engine itself is not as heavy as a traditional engine. EcoBoost engines are made primarily with aluminum, which makes them lighter. They also have a special coating to reduce friction — high friction makes engines work harder and use more fuel, so this coating makes the engine more efficient and reduces the emissions caused by extra fuel consumption. All EcoBoost engines are equipped with a turbocharger, which helps to achieve the same horsepower as a conventional engine but with less displacement. So while the engine may be smaller, it is actually more powerful than a conventional internal combustion engine.

In order to function, any internal combustion engine requires air, fuel, and sparks from the spark plugs. The EcoBoost engine is no exception to this rule, but its direct injection feature brings fuel and air into the equation with less effort required from the engine. In a normal engine, fuel enters the cylinder once per cycle to cause the combustion that powers the engine. With an EcoBoost engine, direct injection enables multiple small fuel injections into the cylinder per cycle, and it is injected at high pressure so that less fuel ends up being consumed.

The combined result of all of these amazing features? A vehicle that is more responsive, more fuel efficient, and more environmentally friendly. An EcoBoost engine emits up to fifteen percent less carbon dioxide than conventional internal combustion engines. And the greater efficiency of the engine, combined with its smaller and lighter footprint within the body of the car, help drivers to achieve up to twenty percent better fuel efficiency… all while delivering superior performance.



Source by Brian Wynne

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