NuCurrent CTO to Keynote IEEE Wireless Power Transfer Conference 2017

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Dr. Vinit Singh to share insights on “The Adoption of Wireless Power – from Tesla the Man to Tesla the Machine”

NuCurrent, the world leader of thin, high quality (Q) factor, printed wireless power transfer solutions, announces CTO Dr. Vinit Singh will be the keynote speaker at the IEEE Wireless Power Transfer Conference (WPTC) 2017 to be held May 10-12 in Taipei, Taiwan. Dr. Singh will present the keynote “The Adoption of Wireless Power – from Tesla the Man to Tesla the Machine” on May 12 at 8:30 a.m., followed by a technical session presentation “On the Use of Eddy Currents to Facilitate Wireless Power Transfer Through Metallic Surfaces” on May 12 at 11:30 a.m. With nearly six years of history (in various forms), WPTC has become the premier international forum for the latest developments in wireless power transfer and energy harvesting.

Wireless power is already a $2 billion market and is expected to reach $10 billion by 2018 as electronic device OEMs and integrators continue to look to build in efficient wireless power capabilities into mobile phones, wearables, IoT, cars and furniture. During his keynote session, Dr. Singh will discuss the commercialization history of wireless power, starting from Nikola Tesla’s free energy proposal in the 1890s, to a future that promises wirelessly charged Teslas. Singh will follow up his keynote with a technical session presentation that proposes that parasitic eddy currents can be utilized to facilitate and possibly enhance the power transfer capability of systems that utilize Near Field Magnetic Coupling (NFMC) for wireless charging. Singh will share a proof of concept and a measurement and simulations-based study that was performed to understand the phenomenon and explain the contribution of eddy currents towards wireless energy transfer.

As CTO of NuCurrent, Dr. Singh guides the company’s technology focus, IP leadership efforts, and product development roadmap. He helped the company develop a portfolio of 50 patents granted or pending worldwide, leading to NuCurrent being named No. 1 on Crain’s Chicago 2015 Business Eureka Index with the highest per-capita patent output of any Illinois company. The company was also listed in the top 10 percent overall in patent quality score, which considers the uniqueness of the invention covered by a patent and other important factors. Overall, Singh is an inventor on more than 65 patents (including 20 patents granted), and has twice been named a ITA CityLIGHTS Awards Technologist of the Year Finalist, which honors individuals whose innovation and success drive growth in the technology industry and in Illinois.

Singh received his PhD in electrical engineering from North Carolina State University. While attending the university, he developed wireless telemetry systems for the world’s first Artificial Retina Implant, of which was recognized as a 2009 R&D 100 award winner.

The IEEE Wireless Power Transfer Conference rotates between Europe, Asia and North America, and continues a strong tradition of providing an exceptional technical program, thought-provoking keynote addresses, tutorials, poster presentations, and opportunities for social interaction. The event is intended to cover a broad range of areas related to devices, integrated circuits, systems and applications of WPT across the electromagnetic spectrum.

For more information or to register for WPTC 2017, visit http://www.wptc2017.org. To learn more about NuCurrent, please contact info(at)nucurrent.com or visit http://nucurrent.com.

About NuCurrent
NuCurrent is a leading developer of high-efficiency antennas and electronic modules for wireless power applications. Frequency independent and frequency compliant across Wireless Power Consortium (Qi) and AirFuel AllianceTM (formally PMA and A4WP standards), NuCurrent works closely with electronic device OEMs and integrators to custom-design, rapid-prototype and integrate high Quality (Q) Factor antennas and modules for a broad range of applications. NuCurrent’s patented structures, proprietary tools and design techniques mitigate typical high frequency effects, offering higher efficiency, smaller sizes, higher durability and lower wireless power system cost development. Based in Chicago, NuCurrent has been defining the leading edge of wireless power design since 2009 and has over 50 patents granted or pending worldwide. For more information, visit http://nucurrent.com and follow us on Twitter at @NuCurrentTweets.

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Ryan Greives
NuCurrent
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