Increase in Global Production of Automobiles, Rising Consumer Demand for Fuel-Efficient Vehicles to Drive Automotive Fuel Injection Systems Market Growth

 

The automotive fuel injection system is a mechanical device placed inside the combustion chamber of an engine that ensures that the fuel is properly mixed with the air before entering the combustion chamber. The system injects gasoline into the inlet port or manifold, preventing the fuel from directly entering the combustion chamber. Fuel injectors comprise a small nozzle and a number of valves that are controlled electronically under high pressure.

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Before the introduction of fuel injectors, combustion engines in automobiles had carburetors, which are devices that supply spark-ignition engines with an adequate mixture of fuel and air. Carburetors were first replaced with the throttle body fuel injection systems, which are also called central or single point fuel injection systems. Over the years, automotive engineers have developed more advanced and efficient versions of the fuel injection systems, such as the multi-point fuel injection, direct fuel injection, and sequential fuel injection systems. Key components of an automotive fuel injection system are fuel tank, fuel pump, injection pump, governor, fuel injector, and fuel filter. These systems offer several advantages over carburetors; they enhance engine performance, reduce emissions and noise characters, and are able to deliver fuel to the combustion chamber under extremely high pressure. Fuel injectors can atomize fuel into very small particles, ensuring every single drop of the fuel vaporizes and undergoes the combustion process.

Revenue growth of the global automotive fuel injection systems market is primarily attributed to factors such as increase in global production of automobiles, rising consumer demand for fuel-efficient vehicles, rapid climate change and rising pollution levels, and stringent emission norms being implemented by regulatory bodies. Technological advances in fuel injection systems, such as gasoline direct injection and diesel direct injection systems, integration of advanced sensors and electronic components in these systems, and rising purchasing power of consumers – particularly in developing countries including India and China – are other key factors expected to support  revenue growth of this market over the forecast period.

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