This report offers an in-depth, data-backed analysis of the wireless EV charging landscape, covering market structure, technology fragmentation, patent activity, assignee-level competitive positioning, and strategic outlook, built for teams that need more than a surface-level overview to make informed decisions.
The short report gives you the headline story on wireless EV charging. The long report gives you the full analysis: assignee-by-assignee patent intelligence, technology fragmentation over time, and the joint-venture, investment and M&A activity reshaping who owns the interoperability layer.
The wireless EV charging patent landscape reached 1,032 applications in 2018, up from 937 in 2017, before entering a structural decline and consolidation phase.
Global EV sales surpassed 14 million units in 2023, representing nearly 18% of total global car sales and creating a larger addressable base for automated and wireless charging.
Industry forecasts cited in the report project approximately 35–40% CAGR for wireless EV charging through the early 2030s, reaching multi-billion-dollar market levels by 2032–2033.
Inductive Power Transfer represents the largest coupling-mechanism category with 2,944 patent assets, followed by Magnetic Resonance Wireless Power Transfer with 2,603.
WiTricity acquired control of 1,500+ patents and patent applications through the acquisition of Qualcomm's Halo wireless charging technology, significantly strengthening its global IP position.
Oak Ridge National Laboratory's licensed polyphase electromagnetic coil technology delivers up to 1.5 MW/m² surface power density, enabling thinner and lighter high-power wireless charging systems.
What you get inside the long report
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