Please submit a Contact Us form and we will get back to you.
Please submit a Contact Us form and we will get back to you.
Yes, we have successfully demonstrated V2X. If you are interested in a V2X project, please submit a Contact Us form and we will get back to you.
WiTricity enables the promise of wireless power by offering complete solutions from key components to system design. In addition, WiTricity is building wireless chargers that can be made available for car OEMs, infrastructure partners, and EV fleet companies to purchase and install. Our unique capabilities and breadth of technology know-how allows us to help you build your wireless product quickly and efficiently.
WiTricity technology is designed for OEMs and ODMs to embed directly in their products and systems. If your company is an OEM, please contact us to discuss your application in more detail. If you are a consumer who is eager to purchase products that are WiTricity enabled or WiTricity’s products when they are ready, please contact your car manufacturer or sign up to stay informed about WiTricity HaloTM at https://info.witricity.com/halo.
Please contact us to discuss further.
We work with global car manufacturers on wireless charging and will be happy to discuss with you. We can also discuss adding wireless chargers to a fleet of EVs as an after market upgrade through our WiTricity HaloTM wireless charging solution. Please submit a Contact Us form and we will get back to you.
Yes, we have successfully demonstrated V2X. If you are interested in a V2X project, please submit a Contact Us form and we will get back to you.
Wireless charging enables the opportunity to:
In addition, wireless charging …
Please complete a Contact Us form to discuss details about your project.
WiTricity enables the promise of wireless power by offering complete solutions from key components to system design. In addition, WiTricity is building wireless chargers that can be made available for car OEMs, infrastructure partners, and EV fleet companies to purchase and install. Our unique capabilities and breadth of technology know-how allows us to help you build your wireless product quickly and efficiently.
WiTricity technology is designed for OEMs and ODMs to embed directly in their products and systems. If your company is an OEM, please contact us to discuss your application in more detail. If you are a consumer who is eager to purchase products that are WiTricity enabled or WiTricity’s products when they are ready, please contact your car manufacturer or sign up to stay informed about WiTricity HaloTM at https://info.witricity.com/halo.
Please contact us to discuss further.
Thank you for your enthusiasm! Wireless charging is starting to roll out as factory-installed equipment from multiple automakers, but is not yet broadly available. As more car manufacturers release new vehicles with wireless charging, we’ll want to discuss infrastructure development. If you are interested in upgrading an EV fleet with wireless charging, please contact us with the vehicle and use case information.
We are working on wireless charging upgrades for select vehicles and will be happy to discuss with you. Please submit a Contact Us form and we will get back to you.
We work with global car manufacturers on wireless charging and will be happy to discuss with you. We can also discuss adding wireless chargers to a fleet of EVs as an after market upgrade through our WiTricity HaloTM wireless charging solution. Please submit a Contact Us form and we will get back to you.
Wireless charging enables the opportunity to:
In addition, wireless charging …
Please complete a Contact Us form to discuss details about your project.
Please contact us to discuss further.
We are working on wireless charging upgrades for select vehicles and will be happy to discuss with you. Please submit a Contact Us form and we will get back to you.
Timing depends on car manufacturer and region. Please contact your manufacturer. In addition, WiTricity has announced the WiTricity HaloTM upgrade for select EV models, available in beta later in 2023 — you can sign up to learn more at https://info.witricity.com/halo.
We are working on wireless charging upgrades for select vehicles and will be happy to discuss with you. Please submit a Contact Us form and we will get back to you.
We have announced our WiTricity HaloTM wireless charging solution for select existing electric vehicles, which will be available in a limited beta later in 2023. You can sign up to stay informed at https://info.witricity.com/halo. We are also working with global automakers to have wireless charging supported from the factory in new vehicles.
Timing depends on car manufacturer and region. Please contact your manufacturer. In addition, WiTricity has announced the WiTricity HaloTM upgrade for select EV models, available in beta later in 2023 — you can sign up to learn more at https://info.witricity.com/halo.
Please provide details concerning your company and investment funds.
WiTricity has developed systems/devices that use Magnetic Resonance to couple energy through oscillating magnetic fields. Resonant coupling occurs when the operating frequencies of the two systems – a transmitter and a receiver — are approximately the same. WiTricity powered transmitters and receivers are specially designed magnetic resonators that efficiently transfer power over distance via the magnetic near-field.
Magnetic Resonance delivers wireless power over distance, without compromise, from milliwatts to kilowatts. There are 4 major advantages:
Spatial Freedom
Multiple devices powered by single source
Powers through surfaces
Scalable power transfer
WiTricity is the acknowledged leader in magnetic resonance with a 16-year history in designing Magnetic Resonance systems and has unmatched magnetic & power electronics system designs. WiTricity holds the foundational patents for highly resonant wireless power transfer, with over 1,300 issued patents and over 500 pending patent applications.
Inductive charging technology like that used in the Qi standard requires the transmitter and receiver to be in close contact and with perfect spatial alignment.
Magnetic Resonant charging allows power transfer over distance with greater spatial freedom, allowing multiple devices to be charged simultaneously – through surfaces, at different power levels.
WiTricity is helping to drive international standards efforts through its leadership and participation in industry groups including the SAE International (Global), IEC/ISO (Global), DKE (Germany) and CATARC (China).
October 22, 2020 – SAE International Publishes Two New Documents Enabling Commercialization of Wireless Charging for Electric Vehicles. Read press release.
Radiative refers to solutions that radiate energy, like WiFi or cell phones, into a broad space with a receiver that captures a small fraction of the input energy to power a device. Some radiative products have been proposed, but are generally limited to delivering hundreds of milliwatts.
Many people assume that Magnetic Resonance must be similar to magnetic resonance imaging (MRI) technology. However, the technologies are similar in name only. MRI is, as its name suggests, a technology for using magnetism as a basis for diagnostic imaging of soft tissue in the human body. The “resonance” referred to in “MRI” refers to the resonance of atomic structures.
Products designed with WiTricity technology comply with applicable global safety standards and regulations.
The technology scales from miliwatts to megawatts. Our industrial licensee partners provide 1kw- 3kw-30kw wireless charging systems, while EV licensee partners provide 3kw, 6kw, 11kw systems. WiTricity’s wireless charging products can scale up to 450kw.
The power transfer efficiency of a WiTricity solution depends on the relative sizes of the power transmitters and receivers, tuning of the solution for a specific distance between transmitters and receivers, and the desired power level. Electric vehicle wireless charging is as efficient as conventional plug-in, seeing results of 90-93%, grid to battery.
WiTricity’s technology can be engineered to meet the requirements of many use cases. The distance over which a system can transfer energy depends on the size of the resonator coils in the system and the application efficiency requirements. Contact us for more information.
Most common building and furnishing materials, such as wood, stone, granite, gypsum wall board, plastics, textiles, glass, brick, and concrete are essentially “transparent” to magnetic fields—enabling WiTricity’ technology to efficiently transfer power through them.
Electromagnetic (EM) fields do not generally pass through highly conducting materials, like many metals. As a result, metals such as aluminum or copper are sometimes used a shielding materials in wireless power transfer. However, EM fields can penetrate holes and slots in metals. If you have an object, for example a metal back smartphone, we can engineer a magnetic resonance system to transfer power to the device.
We are focused on wireless charging for electric vehicles. For information on wireless charging for consumer electronics, please contact our licensee partner JJPlus at https://www.jjplus.com/.