Wireless Charging Market Size , Share , Trends , Analysis and Forecasts To 2022
Global Wireless Charging Market is accounted for $ 1.3 billion in 2015 and is expected to reach $ 33.2 billion by 2022 growing at a CAGR of 58.8 % from 2015 to 2022 . Growing intake for powerful devices and increasing number of smartphones are the key drivers boosting the market growth . The factors such as growing number of electrical vehicles , rising number of investments in R & D sector and increasing a huge demand for multi chargeable devices are the factors favoring the market growth . However , lacks of incorporated standards are the major restraints hindering the market . Moreover , growing adequacy in wireless charging and increasing number of new innovations in products & applications are the major opportunities involved over the forecast period .
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Consumer Electronics dominated the global wireless charging application market with a largest market share and is expected to continue its dominance throughout the forecast period due to lack of electric points in public places and increasing importance of cordless power . Asia pacific is expected as a prominent region for wireless charging market due to growing number of consumer electronic devices such as smartphones , laptops and wearable devices . However , North America accounted as a major regional market due to growing number of industrial applications for wireless charging and increasing number of wireless power technologies among consumers .
Some of the key players in this market include Texas Instruments , Inc ., Qualcomm Inc , Energizer Holdings , Inc , Witricity Corp , Powerbyproxi Ltd ., Duracell Powermat , Convenientpower HK Ltd ., Oregon Scientific , Leggett & Platt Inc ., Murata Manufacturing Co . Ltd , Integrated Device Technology , Powermat Technologies Ltd ., GETPOWERPAD™ MediaTek Inc . and Mojo Mobility , Inc .
Range Covered Transmission Range Short Range Medium Range Long Range Proximity of Distance Inductive Charging Radio Charging Resonance Charging
Technology Covered Laser Beam Technology Radio Frequency ( RF ) Technologys Inductive Technology Resonant Technology Radiation Technology