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全球摩托车照明市场报告(2017-2021年)
The global motorcycle industry is expected to grow steadily at a CAGR of 7.46% during
2017-2021. The growth is attributable to the volatile petroleum prices and fuel
efficiency of these vehicles when compared with other automobiles. Furthermore,
motorcycles are the preferred mode of commute for individuals in developing markets
such as China and India. APAC accounts for a share of more than 80% of the global
motorcycle market; the region is expected to maintain its dominant share over the
forecast period.
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全球山地自行车设备市场报告(2017-2021年)
Mountain biking has grown substantially in popularity among consumers across the
globe. The sport has begun to fragment into unique segments or disciplines, the most
popular of them being cross country, downhill, freeriding, and dirt jumping. Each
discipline has unique sets of requirements in terms of the type of bicycle and gear
used.
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全球摩托车电话市场报告(2017-2021年)
The global two-wheeler industry is two-faced; one segment is of heavyweight
motorcycles considered for riding pleasure, and the other is of low-powered
motorcycles that are used for daily commuting. Both the segments operate under
contrast market dynamics with different customer behavior and value chain. The
premium segment is witnessing a steady growth owing to growing culture of touring
motorcycling in mature markets such as the US, Japan, and Western Europe.
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亚太区商业汽车废气再循环系统市场报告(2017-2021年)
EGR systems are mainly used for recirculating a portion of exhaust gases back into the combustion chambers to dilute the levels of oxygen and reduce the formation of NOx.This system has been in use in all commercial diesel vehicles due to early implementation of emission regulations. Rising stringency of emission regulations is likely to bring more developments to the EGR system, wherein OEMs equip variable EGR systems that operate according to the varying engine loads and cooled EGR to improve performance further and reduce the formation of hydrocarbons.
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土耳其汽车市场报告(2016-2020年)
During the forecast period, OEMs are expected to focus on reducing manufacturing costs of plug-in hybrids and electric cars by enhancing operational efficiency and reducing raw material costs.Automotive OEMs will work in collaboration with suppliers to improve theirprofitability.There has been an increase in government support and investments by OEMs in the field of fuel-cell technology.This report covers the present scenario and the growth prospects of the automotive industry in Turkey for the period 2016-2020. It provides automotive production and forecast data for Turkey, in addition to the revenue generated from the manufacture of motor vehicle spares and accessories in the country. The size and forecast of the motor vehicle spares and accessories market in Turkey is based on the following segments:Electrical and electronic equipment (NACE Rev.2 C2931),Other spares and accessories (NACE Rev.2 C2932).The report also presents the manufacturer landscape and a corresponding database of the key manufacturers involved in the production of automotive spares and accessories. In addition, the report discusses the major drivers influencing market growth, and the challenges faced by manufacturers and the market as a whole. It also examines key emerging trends, and their influence on current and future marketscenarios.
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全球乙醇巴士市场报告(2017-2021年)
Vehicles that run on a fuel mix of gasoline blended with ethanol or methanol are called
as flexible-fuel vehicles (FFVs). Among various alternative propulsion energy sources
such as biodiesel, natural gas, and electricity, vehicles that are ethanol based are the
most commercially viable. FFVs were first introduced in late 1970 and have evolved
into a practical alternative in terms of vehicle performance, reliability, and stability.
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全球智能全轮驱动系统市场报告(2016-2020年)
Intelligent all-wheel drive (IAWD) systems are upgraded AWD systems, which uses
sensors to detect loss of traction of the wheels and directs torque for enabling a
smoother and safer ride, especially on slippery roads. A normal AWD system engages
all the wheels irrespective of the type of terrain it travels. However, an IAWD system
primarily engages a two-wheel drive (2WD) system where only the front two wheels will
be engaged. Upon detection of near loss of traction from the wheels, torque will be
distributed to compensate for traction loss transforming the vehicle to an AWD. This
system results in higher fuel efficiency compared with the traditional AWD system as
apart from few instances of poor road conditions, the vehicle primarily runs on 2WD,
reducing engine stress.
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全球智能全轮驱动系统市场报告(2016-2020年)
Intelligent all-wheel drive (IAWD) systems are upgraded AWD systems, which uses
sensors to detect loss of traction of the wheels and directs torque for enabling a
smoother and safer ride, especially on slippery roads. A normal AWD system engages
all the wheels irrespective of the type of terrain it travels. However, an IAWD system
primarily engages a two-wheel drive (2WD) system where only the front two wheels will
be engaged. Upon detection of near loss of traction from the wheels, torque will be
distributed to compensate for traction loss transforming the vehicle to an AWD. This
system results in higher fuel efficiency compared with the traditional AWD system as
apart from few instances of poor road conditions, the vehicle primarily runs on 2WD,
reducing engine stress.