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Build Competitive Advantage

Consumers Prefer NEVs with Wireless Charging

In this white paper, you’ll learn how wireless charging can double purchase intent among Neighborhood Electric Vehicle (NEV) buyers—and why it’s quickly becoming one of the most sought-after features in this fast-growing market. Based on nationwide survey data, it explores who NEV owners are, how they use their vehicles, and what drives their buying decisions. You’ll discover how convenience, safety, and simplicity make wireless charging a clear advantage for both manufacturers and consumers alike.

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Leave The Filling Station Behind

Leave The Filling Station Behind

In this white paper, you’ll learn how wireless charging is redefining the way electric vehicles “fill up,” shifting from the gas station mindset to a future where charging happens seamlessly wherever cars are parked. It explores the limitations of plug-in and DC fast charging—cost, convenience, and scalability—and explains why wireless Level 2 charging offers a safer, more efficient alternative. You’ll discover how this technology enables everyday charging through simple, cable-free design, backed by global standards and proven efficiency.

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The Electric Car Unplugged

The Electric Car Unplugged

In this white paper, you’ll learn how wireless charging is transforming the electric vehicle experience—eliminating plugs, simplifying ownership, and reshaping what drivers expect from their cars. Drawing on national survey data, it reveals that 96% of EV shoppers find wireless charging appealing, even more than self-driving features. You’ll discover why convenience, accessibility, and ease of use make it one of the most in-demand technologies among future EV buyers—and how automakers can leverage it to stand out in a rapidly evolving market.

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Highly Resonant Wireless Power Transfer: Safe, Efficient, and Over Distance

Highly Resonant Wireless Power Transfer: Safe, Efficient, and Over Distance

In this white paper, you’ll learn how Highly Resonant Wireless Power Transfer (HR-WPT) enables safe, efficient, and flexible energy transfer—without cables or precise alignment. It explains the science behind magnetic resonance, how it differs from induction, and how it achieves plug-level efficiency even across greater distances. You’ll also discover the technology’s real-world applications, and how global standards and safety testing are driving its adoption across industries.

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WiTricity MR/1™ Wireless Charging System

WiTricity MR/1 Wireless Charging System Specifications Sheet

This specification sheet details the WiTricity MR/1 Wireless Charging System—a safe, weather-ready solution that charges golf cars and Neighborhood Electric Vehicles automatically when parked. It outlines key features, technical specs, and compliance data, showing how the MR/1 delivers reliable, cable-free convenience across a wide range of environments.

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WiTricity MR/1™ Wireless Charging System Brochure

WiTricity MR/1 Wireless Charging System Brochure

Don’t need all the technical details and just want to learn more about the MR/1? This brochure gives a clear, easy-to-read overview of the WiTricity MR/1 Wireless Charging System. Discover how the Power Hub and Receiver work together, what “park and charge” really means, and the everyday conveniences the system provides. It explains the core components and the simple benefits of going cable-free.

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What Will Accelerate EV Adoption?

What Will Accelerate EV Adoption?

Survey Says: Wireless Charging

In this white paper, you’ll learn how wireless charging can accelerate electric vehicle adoption by removing the biggest barriers to ownership—complexity, convenience, and charging anxiety. Backed by national survey data, it reveals how education, easier charging options, and real-world experience drive consumer confidence and purchase intent. You’ll discover why wireless charging isn’t just a perk—it’s the key to making EV ownership simpler, safer, and more appealing for the mass market.

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Last-Mile EV Fleets Can Save Up to 50% in Total Cost of Ownership by Adopting Wireless Charging

Last-Mile EV Fleets Can Save Up to 50% in Total Cost of Ownership by Adopting Wireless Charging

In this white paper, you’ll learn how wireless charging can cut the total cost of ownership for last-mile electric delivery fleets by up to 50%. Through detailed modeling, it explains how “opportunity charging” during routine depot operations reduces peak electrical demand, lowers infrastructure and maintenance costs, and eliminates labor for manual plug-in connections. You’ll see how adopting wireless power transfer not only saves money but also boosts efficiency, safety, and sustainability across fleet operations.

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WiTricity MR/11

WiTricity MR/11

This brochure introduces the WiTricity MR/11 wireless charging system—a fast, safe, and hands-free way to power electric vehicles. Designed for global compatibility and built to automotive-grade standards, it delivers the same efficiency as Level 2 plug-in chargers without cords or cables. Readers will learn how the MR/11’s interoperability, advanced safety features, and cloud connectivity make EV charging effortless, reliable, and ready for mass-market adoption.

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EV Buyers Demand The Latest Technology

Luxury EV Buyers Demand Latest Technology

In this white paper, you’ll learn how luxury car buyers view wireless charging as an essential feature that defines innovation, quality, and brand loyalty. Based on a nationwide survey, it reveals that 97% of luxury vehicle owners are interested in wireless charging—and most would pay more for it or even switch brands if it’s not offered. You’ll discover how integrating wireless charging can strengthen brand perception, attract high-value EV buyers, and keep luxury customers loyal in an increasingly competitive market.

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Factory Automation with Mobile Robots

Factory Automation with Mobile Robots

This case study shows how automotive factories are boosting efficiency, safety, and uptime by using WiTricity-powered wireless charging for AGVs, enabling continuous 24/7 operation without plug-in downtime. Readers learn how wireless charging improves productivity, reduces maintenance and safety risks, and serves as a real-world model for the future of fully autonomous, wirelessly charged electric vehicles.

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