According to a new market report published by Credence Research, Inc., Global In-car Wireless Charging Market (By Sales Channel (OEM-fitted and Aftermarket), By End-use Application (Passenger Cars (Luxury and Premium Cars, Mid-segment and Basic Cars, and Sports Cars) and Commercial Vehicles)) - Growth, Share, Opportunities, Competitive Analysis, and Forecast 2017 - 2025, the global in-car wireless charging market is expected to witness a strong growth during the forecast period 2017 - 2025.

Browse the full Global In-car Wireless Charging Market (By Sales Channel (OEM-fitted and Aftermarket), By End-use Application (Passenger Cars (Luxury and Premium Cars, Mid-segment and Basic Cars, and Sports Cars) and Commercial Vehicles)) - Growth, Share, Opportunities, Competitive Analysis, and Forecast 2017 2025 report at http://www.credenceresearch.com/report/in-car-wireless-charging-system-market

Market Insights

The overall in-car wireless charging system market is strongly driven by the growth in production of smart automotives. Post-recession, the automotive industry worldwide has shown positive signs of recovery. The demand for luxury and semi-luxury high performance vehicles has risen significantly over the last few years. Premium and luxury car segment represents the largest end-use segment in the global in-car wireless charging system market. The segment accounted for over three-fourth of the market revenue in 2016. Rising demand for smart cars is driving the demand for advanced car infotainment systems and telematics , thereby driving demand for wireless charging systems in luxury and premium car segment.  

Commercial vehicle segment including both light commercial vehicles and heavy commercial vehicles presents a sound growth opportunity for in-care wireless charging device manufacturers. Increased trade activity and volumes of on-road containerized freight over a long distance necessitates use of infotainment technologies including GPS navigation, which consumes battery. The use of in-car wireless charging systems eliminates the need to carry multiple chargers, thereby efficiently addressing concerns related to the battery life. However, the adoption of wireless charging technology in automotives is marred by several challenges. One of the major challenges is the lack of universal standard and incompatibility with several existing devices. The existing charging solutions including cases, stands, and mats either support the Qi or PowerMat standard. With the introduction of Apples latest iPhones that support wireless charging, automakers may be encouraged to make this a standard across most of their fleets.  Relatively slow charging speed than wired charging is another challenge inhibiting the market growth.  

Developed economies including North America and Europe represent the two prominent in-car wireless charging system market. The regions collectively accounted for over two-third of the global market revenue in 2016. The dominance of Europe is majorly on account of huge luxury and premium car market in the region. The presence of auto makers such as Audi, BMW, and Mercedes Benz that offer wireless charging systems in their cars has bolstered market growth in Europe. Relatively greater technology acceptance and adoption in the U.S. has paved the way for the growth of in-car wireless charging technology in North America. On the other hand, Asia Pacific is poised to witness comparatively superior growth during the forecast period 2017 - 2025. Improving standard of living, increase in discretionary expenditure, and increase in per capita ownership of premium cars represent economic variables conducive to the future growth of automotive technologies in Asia Pacific.

On the basis of sales distribution channel, the global in-car wireless charging system market is categorized into following categories:

• Original Equipment Market
• Aftermarket

As of 2016, Original Equipment Manufacturers-fitted segment dominated the global in-car wireless charging system market, accounting for over 2/3rd of the global market revenue. Although aftermarket plays a significant role in the replacement demand of wireless charging systems, it is expected that the sale of infotainment products such as wireless charging units would improve through Original Equipment Manufacturers than through aftermarket channel. With OEMs increasingly looking to penetrate mid-size and basic model segments, they are expected to offer wireless charging systems as a part of add-on package in these segment cars.

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Wireless power transfer is a generic term for a number of different technologies for transmitting energy by means of electromagnetic fields.The technologies, listed in the table below, differ in the distance over which they can transfer power efficiently, whether the transmitter must be aimed (directed) at the receiver, and in the type of electromagnetic energy they use: time varying electric fields, magnetic fields, radio waves, microwaves, infrared or visible light waves.

In general a wireless power system consists of a "transmitter" connected to a source of power such as a mains power line, which converts the power to a time-varying electromagnetic field, and one or more "receiver" devices which receive the power and convert it back to DC or AC electric current which is used by an electrical load. At the transmitter the input power is converted to an oscillating electromagnetic field by some type of "antenna" device. The word "antenna" is used loosely here; it may be a coil of wire which generates a magnetic field, a metal plate which generates an electric field, an antenna which radiates radio waves, or a laser which generates light. A similar antenna or coupling device at the receiver converts the oscillating fields to an electric current. An important parameter that determines the type of waves is the frequency, which determines the wavelength.

Source: Wikipedia

How does In-car Wireless Charging System work?

Wireless Charging isnt really a completely new product. Electric toothbrushes have been using the principles of inductive charging for many years.  Wireless Charging uses a resonant inductive coupling between the sender (the charging station) and the receiver (the mobile device). A regular test signal is sent by the sender to check for a capacity or resonance change, telling the enabled charger base that a compatible phone is present. The sender modulates the charge and checks for compatibility to the standard.

Once compatibility and the energy requirement have been calculated, the charging through induction begins. During the charging the sender and receiver remain in contact and switch into standby mode as soon as the battery is fully charged. Another advantage of the charger base is that it only activates and transfers energy when an enabled device requiring charging is placed upon it.

[Ref: qinside.biz]

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