In automotive vehicles, a common rail system is used for high-pressure fuel injection. Both diesel and gasoline vehicles use the automotive common rail system. However, the device is more expensive than a direct fuel injection system. The supply of fuel and the process of mixing with air suction are the differences between a direct fuel injection and an automotive common rail fuel injection system.
The fuel is directly injected into the engine combustion chamber in a direct injection system, and then the fuel begins to swirl into the combustion chamber for easy and efficient combustion. In an automotive common rail system, fuel is delivered via a common rail and then injected at high pressure into the combustion chamber. Metal or its alloy is fabricated into a cylindrical shape for the automotive common rail system.
The fuel pump delivers fuel to the common rail, which it then distributes under high pressure to the fuel injectors. The vehicle with an automotive common rail system can thus be identified as a cost-effective and efficient choice in automobiles, as the use of this system in a combustion engine increases output power while minimising fuel loss, resulting in increased vehicle mileage.
Dynamics of the Global Automotive Common Rail System Market
The global automotive common rail system market has been found to be highly fragmented, owing to the large number of tier-3 and independent scale manufacturers producing and selling automotive common rail systems in their respective regional markets around the world. In terms of market trends, leading manufacturers are concentrating their efforts on developing a light-weight, low-cost automotive common rail system in order to increase the value of their assets in the competitive automotive industry.
In terms of year-over-year growth, the global automotive common rail system market is expected to grow at a significant rate, owing to rising demand for high-mileage, low-emission vehicles on a global scale. The fuel injection pressure can be adjusted according to demand, the atomization of fuel is finer, the injected pressure is independent of engine speed, and multiple injection per cylinder combustion is possible with an automotive common rail system. During the forecasted time period, these factors are expected to boost the global automotive common rail system market’s attractiveness.
Regional Forecasts for the Global Automotive Common Rail System Market
Due to rising automotive vehicle production over the forecast period, Asia Pacific is expected to dominate the global automotive common rail system market. Due to increasing technological advancement and innovation in the automotive fuel injection system, China and India are expected to grow at an addressable growth rate in the market.
Because of its geographic location and reputation as an automotive vehicle exporter, Thailand is expected to account for a significant share of the ASEAN market. Due to rising passenger and commercial vehicle demand, Western Europe is expected to be the second largest region for the global automotive common rail system market.
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