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Category: Business and Industry
Date Submitted: 02/18/2016 10:31 PM
Wireless Phone Chargers Market Size, Share, Global Trends, Company
Profiles, Demand, Insights, Analysis, Research, Report, Opportunities,
Segmentation and Forecast To 2013 - 2019
Global wireless phone chargers market would be worth USD 34 billion by 2019. Key driver of
this growth would be an exponential rise in smart phone adoption, with number of users in 2019
set to exceed 8 billion. Wireless phone charging is currently offered for premium devices.
Several mobile manufacturers like HTC, Nokia, Samsung, LG, etc. have introduced high-end
phones (Galaxy S4, Nexus 4, Lumia) with wireless charging facility. However, it is expected to
be the norm across various phone segments in forthcoming years.
There is increasing focus on convenient charging of phones in today’s times. This may be
attributed to the rise in mobile computing that uses apps which consume significant amount of
energy. Wireless charging pads allow phones to be charged without disconnecting or
reconnecting cables to the device. Thus, the devices can be charged anywhere (tables, kiosks,
airports, hotels, etc.), just by placing them down.
Inductive wireless charging is the most suitable mode of keeping batteries of tablets and smart
phones full. It allows flexibility in usage of the devices while they get charged. Moreover, this
happens in an effortless and seamless manner. Wireless charging is perceived to become a
regular feature in future as it creates an improved charging experience for consumers.
For Further Inquiries: http://www.radiantinsights.com/research/wireless-phone-chargersmarket
Key forces impacting wireless phone charging market are technological development,
proliferation of smart devices, and rise in mobile computing. Phone manufacturers are
developing standards and leveraging them to gain competitiveness through highly differentiated
products.
Wireless transfer of power is a complex process, requiring precision. Inductive wireless charging
uses lesser amount of grid electricity to charge...