Fuel
injection system is a vital component in any automotive engine. With
continuous developments occurring in gasoline and diesel injection
technologies, various automobile manufacturers have succeeded in meeting
stringent carbon emission norms and improving fuel economy of vehicles. A
typical fuel injection system is an assembly of number of components governed
by electronic control unit (ECU) which regulates and monitors the quantity of
fuel entering into engine cylinders depending upon engine requirements.
A fuel injection system does not only supply fuel
for combustion process but also decides on how a particular system would be
optimized. Modern fuel injection systems are responsible for injection timing,
atomization, and injection quality. They also provide several additional
functions which include rate shaping (or scheduling the injection of fuel),
multiple injections, pilot injection, and post injection. The components such
as fuel injectors, electronic control unit (ECU), fuel pressure regulators,
fuel pumps etc. are vital in the proper functioning of a fuel injection system.
The report segments the market based on vehicle
types (passenger, commercial, heavy trucks and buses, and two-wheelers);
geography (Asia-Pacific, Europe, North America, and Rest of the World); engine
types (gasoline, diesel); technology (gasoline direct injection, port
injection, and diesel direct injection); components (injectors, ECU, pressure
regulators, high pressure pumps), and provides market forecast in terms of
volume (number of fuel injection systems) and revenue ($million) for aforesaid
segments.
The report classifies and defines the demand for
fuel injection systems in the automobile industry. It covers qualitative data
about fuel injection as a system, its components and functions. The report also
provides a comprehensive review of major market drivers, restraints,
opportunities, challenges, and key issues in the fuel injection system market.
The major players in fuel injection systems market are Bosch, Denso, Delphi and
Continental AG.
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Fuel
injection technologies: Changing buyer’s preferences
The advancement in fuel injection technologies has
led to many modifications in passenger car segment. For instance, with the
development of diesel injection technology the automobile market saw a quick
adoption of diesel engines in small passenger car segment. This led to growing
preference of diesel cars across the globe.
Improved fuel efficiency & power output,
reliability, basic diagnostic capability, ability to accommodate some of the
alternative fuels, and decreased exhaust emissions are some of the factors that
have primarily propelled the demand for fuel injection systems in automobile
industry. Many of the two wheeler manufacturers across the globe are also
focusing on the use of fuel injection technology in two-wheelers with less
engine capacity (150cc and below). The overall demand of fuel injection system
is expected to increase at a promising rate in the future. Hence, many
technological developments pertaining to cost-effectiveness and efficiency of
the fuel injection system can be expected in subsequent five years.
Scope
of the Report
The fuel delivery and injection systems go hand in
hand. The fuel delivery system supplies required amount of fuel to the
injection system which in turn starts fuel ignition, combustion and resultant
exhaust. However, the scope of the report covers fuel injection technology as a
system.
The global fuel injection system market is analyzed
in terms of volume (thousand units) and value ($million) for the aforesaid
vehicle types, fuel types, and product types by regions and respective major
countries.
By
Geography
Asia-Pacific
Europe
North America
ROW
Europe
North America
ROW
By
Components
Fuel injectors
Electronic Control Unit (ECU)
Fuel Pressure Regulator (FPR)
High pressure fuel pump
Fuel injectors
Electronic Control Unit (ECU)
Fuel Pressure Regulator (FPR)
High pressure fuel pump
By
Vehicle Types
Passenger cars
Light commercial vehicles
Heavy trucks/buses/coaches
Two-Wheelers
Asia-Pacific
Europe
North America
ROW
Passenger cars
Light commercial vehicles
Heavy trucks/buses/coaches
Two-Wheelers
Asia-Pacific
Europe
North America
ROW
By
Engine Types
Gasoline/Petrol
Diesel
Gasoline/Petrol
Diesel
By
Technology
Gasoline injection
Port or Multi-point fuel injection
Direct injection
Diesel injection
Direct injection
Gasoline injection
Port or Multi-point fuel injection
Direct injection
Diesel injection
Direct injection
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