The global automotive fuel injection systems market is expected to experience rapid growth due to an increase in automobile demand and production across the globe over the forecast period. The automobile industry has witnessed strong commercial as well as non-commercial demand in the recent past, particularly in the developing regions. Such a trend is presumed to complement the global market in the near future.
The shift in consumer trend toward fuel-efficient vehicles all over the world is a major factor that is expected to assist the global market. Stringent regulatory framework related to emission control is expected to positively influence this industry over the forecasted period. Improved fuel efficiency is achieved with a proper cylinder-to-cylinder distribution of multi-point fuel injection which results in less fuel consumption for the same power output. The ability to accommodate alternative fuels and better diagnostic capabilities are projected to offer ample growth opportunities to industry participants. These injection systems also optimize the driving experience and result in smooth engine operation.
Volatile raw material prices are anticipated to negatively impact the industry over the forecast period. Crude oil price fluctuation critically impacts automobile industry sales. Thus such volatile market trends are projected to hinder the global market in the near future. Strict regulatory frameworks are presumed to prompt research related to product development with properties that adhere to the emission norms set by governments and agencies alike. Growing environmental concern has resulted in the development of electric vehicles. Such engines which substitute the conventional automotive engine are presumed to negatively impact the market in the near future.
Automotive Fuel Injection Systems Market can be broadly classified on the basis of vehicle type, fuel type, fuel injection system type, and region. Vehicle type includes heavy commercial vehicle, light commercial vehicle, passenger vehicle, and hybrid vehicle. Fuel type classification includes gasoline and diesel. Different automotive fuel injection system types include port, throttle, direct and sequential injection. A Port injection system, also known as a multi-point injection, devotes an injector nozzle separately for each cylinder outside its intake port. Throttle-type systems are the simplest systems and are known as single-point fuel injection systems. This system replaces carburetors with injector nozzles in the main throttle body. A direct injection system directly injects into the combustion chambers without using valves. This system has experienced rapid growth over the recent past owing to characteristics such as increased power, reduced emissions and better fuel economy. In the sequential type, multiple ports spray at the same time or in groups and can be termed as a multi-port injection system as well.
Automotive production has experienced rapid growth in developing regions such as Asia Pacific and Central & South America in the recent past. With the rise in disposable income levels, purchasing power has seen an uptrend over the recent years. An increase in demand for two-wheeler vehicles in emerging economies like India and China coupled with stricter emission control norms is presumed to play a key role in shaping the industry over the next seven years. Europe is expected to witness moderate growth in the near future owing to high market saturation and a bleak economic scenario following the eurozone economic crisis. France, the UK, and Germany are presumed to lead the overall demand for this regional Automotive Fuel Injection Systems Market.
Stringent emission norms such as those imposed by France have resulted in a ban on diesel cars. Such a regulatory framework is anticipated to critically impact the industry in the near future. Rapid urbanization in the developing regions such as Asia Pacific, Central & South America, and Middle East & Africa has led to robust automobile demand in the recent past. This trend is estimated to continue over the forecast period, which in turn is expected to aid the market over the next seven years. Government initiatives to develop transportation infrastructure such as roads in the developing regions are expected to result in higher automobile demand over the forecast period. The global automotive fuel injection systems market is projected to benefit from such a trend in the near future and offer abundant opportunities to industry participants.
Automotive Fuel Injection Systems Market is highly cost-intensive with a high initial investment which raises the entrance barrier for new industry participants. Industry participants are investing heavily in R&D initiatives to gain a competitive advantage in the market and cater to the growing demand from the developing regions. Prominent industry participants include Denso Corporation, Delphi Automotive PLC, Hitachi Limited, Continental AG, Magneti Marelli S.P.A, Infineon Technologies AG, Edelbrock LLC, Keihin Corporation, Woodward Inc., Ti Automotive Inc., UCI International Inc., and Robert Bosch.
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