Wireless electric vehicle (EV) charging uses near field charging technology, where electric vehicles are charged using resonant magnetic inductive power transfer. This technology uses components such as charging pads and power control unit where energy is transferred between base charging pads and vehicle charging pads using electromagnetic induction, which helps to charge the battery of electric vehicles.

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Increasing demand for electric vehicles in the emerging economies such as India and China is expected to increase adoption of wireless EV charging over the forecast period.

Wireless electric vehicle (EV) charging uses near field charging technology, where electric vehicles are charged using resonant magnetic inductive power transfer. This technology uses components such as charging pads and power control unit where energy is transferred between base charging pads and vehicle charging pads using electromagnetic induction, which helps to charge the battery of electric vehicles. Furthermore, wireless charging is also known as inductive changing or cordless charging as it does not require any wire or cable to charge the vehicle.

The demand for electric vehicles is increasing in the countries such as India and China, owing to growing EV buying trend, favorable government regulation to reduce vehicle emission, and fast developing EV infrastructure, which is expected to increase demand for wireless electric vehicle charging over the forecast period. For instance, according to the Global EV Outlook, in 2018, China was the largest electric car market with 1.1 million units electric cars sold, which contributed around half of the global electric car fleet in 2018 with total number of 2.3 million electric cars.