IP Portfolio

Foundational Patents

Continued expansion of the portfolio through new technologies, products and applications

1,200+

Patents granted worldwide

Essential

WiTricity technology forms the backbone of multiple global standards and is necessary for a wide variety of wireless power applications

Exclusive

Global licensor of foundational MIT patents and of University of Auckland wireless power transfer patents

WiTricity Corporation is the exclusive licensee of MIT patents for Wireless Energy Transfer. Since the original discovery, WiTricity has filed hundreds of patent applications directed to its own innovations, including improvements to the technology, product and application specific uses of the technology, and architectures and designs for safety, efficiency and control. Recently, WiTricity purchased Qualcomm Halo™, adding certain Wireless Electric Vehicle Charging (WEVC) patents owned by Qualcomm and the exclusive license from Auckland UniServices.

Licensing

WiTricity has the exclusive right to license to interested parties the MIT and WiTricity patents in any field of use, and the Auckland patents in the field of road vehicle charging. Please contact us to discuss potential licensing agreements.

  • Patents
    A Misalignment Tolerant Hybrid Wireless Power Transfer SystemUS11431196United States of AmericaUniversity of Auckland
    A multilevel converterCN106104722ChinaUniversity of Auckland
    A multilevel converterJP6770669JapanUniversity of Auckland
    A polyphase inductive power transfer system with individual control of phasesCN104838578ChinaUniversity of Auckland
    A polyphase inductive power transfer system with individual control of phasesJP6764649JapanUniversity of Auckland
    A wiring harness and wireless power transfer systemJP6407139JapanWiTricity
    Abstimmbare DrahtlosleistungsarchitekturenDE602012048183.8GermanyWiTricity
    Adaptive wireless energy transfer systemCN102947124ChinaWiTricity
    Adaptive wireless energy transfer systemCN107040043ChinaWiTricity
    Adaptive wireless energy transfer systemEP2571716FranceWiTricity
    Adaptive wireless energy transfer systemDE602011027087.7GermanyWiTricity
    Adaptive wireless energy transfer systemJP5894247JapanWiTricity
    Adaptive wireless energy transfer systemJP5654120JapanWiTricity
    Adaptive wireless energy transfer systemKR10-1616365Republic of Korea (South)WiTricity
    Adaptive wireless energy transfer systemKR10-1760632Republic of Korea (South)WiTricity
    Adaptive wireless energy transfer systemEP2571716United KingdomWiTricity
    Adaptive wireless energy transfer systemUS8884581United States of AmericaWiTricity
    Adaptive wireless energy transfer systemUS9656564United States of AmericaWiTricity
    Antenna alignment and vehicle guidance for wireless charging of electric vehiclesCN103477566ChinaWiTricity
    Antenna alignment and vehicle guidance for wireless charging of electric vehiclesEP2697910FranceWiTricity
    Antenna alignment and vehicle guidance for wireless charging of electric vehiclesDE602012044168.2GermanyWiTricity
    Antenna alignment and vehicle guidance for wireless charging of electric vehiclesJP6019103JapanWiTricity
    Antenna alignment and vehicle guidance for wireless charging of electric vehiclesKR10-1917901Republic of Korea (South)WiTricity
    Antenna alignment and vehicle guidance for wireless charging of electric vehiclesEP2697910United KingdomWiTricity
    Antenna alignment and vehicle guidance for wireless charging of electric vehiclesUS10090885United States of AmericaWiTricity
    Antennas and their coupling characteristics for wireless power transfer via magnetic couplingUS8344552United States of AmericaWiTricity
    Antennas and their coupling characteristics for wireless power transfer via magnetic couplingUS8710701United States of AmericaWiTricity
    Apparatus and methods for reducing magnetic field emissions between wireless power transmittersUS10566850United States of AmericaWiTricity
    Apparatus and system for charging a batteryUS9466419United States of AmericaUniversity of Auckland
    Apparatus system, and method for wirelessly receiving power using conductive structuresUS9666357United States of AmericaWiTricity
    Asymmetrically layered stacked coils and/or chamfered ferrite in wireless power transfer applicationsCN107112107ChinaWiTricity
    Asymmetrically layered stacked coils and/or chamfered ferrite in wireless power transfer applicationsDE60 2015 061 250.7GermanyWiTricity
    Asymmetrically layered stacked coils and/or chamfered ferrite in wireless power transfer applicationsUS9912172United States of AmericaWiTricity
    Balanced coil for multi-filar windingsUS10647215United States of AmericaWiTricity
    Base Side Vehicle Identification Using Vehicle Controller Switching FrequencyCN109311405BChinaWiTricity
    Base array network design for multiple vehicle padsUS9533590United States of AmericaWiTricity
    Base distribution network for dynamic wireless chargingCN106458043ChinaWiTricity
    Base distribution network for dynamic wireless chargingEP3130055FranceWiTricity
    Base distribution network for dynamic wireless chargingDE60 2015 005 468.7GermanyWiTricity
    Base distribution network for dynamic wireless chargingTWI658671TaiwanWiTricity
    Base distribution network for dynamic wireless chargingEP3130055United KingdomWiTricity
    Base distribution network for dynamic wireless chargingUS9511674United States of AmericaWiTricity
    Base magnetics and sequence design for dynamic systemsTWI681605TaiwanWiTricity
    Base magnetics and sequence design for dynamic systemsUS9469207United States of AmericaWiTricity
    Base side vehicle identification using vehicle controller switching frequencyUS10239415United States of AmericaWiTricity
    Bi-directional inductive power transferNZ582580New ZealandUniversity of Auckland
    Bi-directional inductive power transferUS10355526United States of AmericaUniversity of Auckland
    Clock radio phone chargerUSD709855United States of AmericaWiTricity
    CoilUSD770402United States of AmericaWiTricity
    CoilUSD770403United States of AmericaWiTricity
    Coil arrangements in wireless power transfer systems for low electromagnetic emissionsCN104768795ChinaWiTricity
    Coil arrangements in wireless power transfer systems for low electromagnetic emissionsEP2914454FranceWiTricity
    Coil arrangements in wireless power transfer systems for low electromagnetic emissionsDE602013074474.2GermanyWiTricity
    Coil arrangements in wireless power transfer systems for low electromagnetic emissionsJP6490585JapanWiTricity
    Coil arrangements in wireless power transfer systems for low electromagnetic emissionsTWI550990TaiwanWiTricity
    Coil arrangements in wireless power transfer systems for low electromagnetic emissionsEP2914454United KingdomWiTricity
    Coil arrangements in wireless power transfer systems for low electromagnetic emissionsUS10014104United States of AmericaWiTricity
    Coil topologies for inductive power transferCN105981254ChinaWiTricity
    Coil topologies for inductive power transferEP3084914FranceWiTricity
    Coil topologies for inductive power transferDE60 2014 028 029.3GermanyWiTricity
    Coil topologies for inductive power transferJP6565082JapanWiTricity
    Coil topologies for inductive power transferKR 10-2000432Republic of Korea (South)WiTricity
    Coil topologies for inductive power transferEP3084914United KingdomWiTricity
    Coil topologies for inductive power transferUS9837204United States of AmericaWiTricity
    Coil topologies for inductive power transferUS10340078United States of AmericaWiTricity
    Communication in wireless energy transfer systemsUS9602168United States of AmericaWiTricity
    Compliance assessment of human exposure from wireless electric vehicle charging systemCN105813883ChinaWiTricity
    Compliance assessment of human exposure from wireless electric vehicle charging system using at least one phantom modelUS9575108United States of AmericaWiTricity
    Conduction sensorCN109478871BChinaWiTricity
    Conduction sensorDE602017028782.2GermanyWiTricity
    Conduction sensorEP3479472United KingdomWiTricity
    Configurable wireless charging transmit and receive monitoring deviceUS10348139United States of AmericaWiTricity
    Control of Active Rectifier Switches in Wireless Power SystemsIL290797IsraelWiTricity
    Control of active rectification in wireless power systemsUS11316375United States of AmericaWiTricity
    Controllers for wireless power systemsCN108370247ChinaWiTricity
    Controllers for wireless power systemsDE602016014630.4GermanyWiTricity
    Controllers for wireless power systemsIT502019000043440ItalyWiTricity
    Controllers for wireless power systemsKR10-2055315Republic of Korea (South)WiTricity
    Controllers for wireless power systemsEP3369177United KingdomWiTricity
    Controllers for wireless power systems having safety functionalityUS10164477United States of AmericaWiTricity
    Controlling current flow path in wireless electric vehicle charging systems for mitigating RF radiated emissionsUS10391871United States of AmericaWiTricity
    Controlling wireless power transfer systemsCN109075613BChinaWiTricity
    Controlling wireless power transfer systemsEP3203604FranceWiTricity
    Controlling wireless power transfer systemsEP3462574FranceWiTricity
    Controlling wireless power transfer systemsDE602017000867.2GermanyWiTricity
    Controlling wireless power transfer systemsDE602017049655.3GermanyWiTricity
    Controlling wireless power transfer systemsIT502019000012315ItalyWiTricity
    Controlling wireless power transfer systemsJP6956728JapanWiTricity
    Controlling wireless power transfer systemsEP3203604NetherlandsWiTricity
    Controlling wireless power transfer systemsEP3203604SwedenWiTricity
    Controlling wireless power transfer systemsEP3203604United KingdomWiTricity
    Controlling wireless power transfer systemsEP3462574United KingdomWiTricity
    Controlling wireless power transfer systemsUS10263473United States of AmericaWiTricity
    Controlling wireless power transfer systemsUS10637292United States of AmericaWiTricity
    Current shunt monitorCN110622010ChinaWiTricity
    Current shunt monitorEP3542171FranceWiTricity
    Current shunt monitorDE 602017059745GermanyWiTricity
    Current shunt monitorEP3542171United KingdomWiTricity
    Current shunt monitorUS10164481United States of AmericaWiTricity
    Current shunt monitorUS10601259United States of AmericaWiTricity
    DC to AC power conversion using a wireless power receiverUS10797506United States of AmericaWiTricity
    Decoupling circuitsUS7279850United States of AmericaUniversity of Auckland
    Device alignment and identification in inductive power transfer systemsCN104471822ChinaWiTricity
    Device alignment and identification in inductive power transfer systemsEP2873131FranceWiTricity
    Device alignment and identification in inductive power transfer systemsDE602013060937.3GermanyWiTricity
    Device alignment and identification in inductive power transfer systemsJP6683743JapanWiTricity
    Device alignment and identification in inductive power transfer systemsEP2873131United KingdomWiTricity
    Device alignment and identification in inductive power transfer systemsUS9859755United States of AmericaWiTricity
    Device alignment in inductive power transfer systemsCN105580241ChinaWiTricity
    Device alignment in inductive power transfer systemsEP3025405FranceWiTricity
    Device alignment in inductive power transfer systemsDE602014006658.5GermanyWiTricity
    Device alignment in inductive power transfer systemsIT502017000035370ItalyWiTricity
    Device alignment in inductive power transfer systemsJP6438462JapanWiTricity
    Device alignment in inductive power transfer systemsES2638813SpainWiTricity
    Device alignment in inductive power transfer systemsEP3025405United KingdomWiTricity
    Device alignment in inductive power transfer systemsUS9409490United States of AmericaWiTricity
    Devices, systems, and method for dynamic electric vehicle charging with position detectionCN106573545ChinaWiTricity
    Devices, systems, and method for power control of dynamic electric vehicle charging systemsCN106232417ChinaWiTricity
    Devices, systems, and method for power control of dynamic electric vehicle charging systemsDE60 2015 012 730.7GermanyWiTricity
    Devices, systems, and method for power control of dynamic electric vehicle charging systemsUS9608465United States of AmericaWiTricity
    Devices, systems, and methods using reactive power injection for active tuning electric vehicle charging systemsCN107750412ChinaWiTricity
    Devices, systems, and methods using reactive power injection for active tuning electric vehicle charging systemsEP3311464FranceWiTricity
    Devices, systems, and methods using reactive power injection for active tuning electric vehicle charging systemsDE60 2016 043 229.3GermanyWiTricity
    Devices, systems, and methods using reactive power injection for active tuning electric vehicle charging systemsEP3311464United KingdomWiTricity
    Devices, systems, and methods using reactive power injection for active tuning electric vehicle charging systemsUS10046660United States of AmericaWiTricity
    Diode Conduction SensorUS10263465United States of AmericaWiTricity
    Double conductor single phase inductive power transfer tracksCN103782356ChinaUniversity of Auckland
    Double conductor single phase inductive power transfer tracksDE60 2012 056 896.8GermanyUniversity of Auckland
    Double conductor single phase inductive power transfer tracksJP6060158JapanUniversity of Auckland
    Double conductor single phase inductive power transfer tracksKR10-1970762Republic of Korea (South)University of Auckland
    Double conductor single phase inductive power transfer tracksEP2735006United KingdomUniversity of Auckland
    Double conductor single phase inductive power transfer tracksUS10971300United States of AmericaUniversity of Auckland
    Double-D based pad magnetics for reduced emissions in flush mounted and buried wireless power transfer applicationsUS10404100United States of AmericaWiTricity
    Drahtlose Energie Bertragung Fr Implantierbare VorrichtungenDE602012043106.7GermanyWiTricity
    Drahtlose StrombertragungssystemeDE602009053275.8GermanyWiTricity
    Dynamic mutual sensing foreign object detection loopsUS10181759United States of AmericaWiTricity
    Dynamic tuning in wireless energy transfer systemsCN108781002ChinaWiTricity
    Dynamic tuning in wireless energy transfer systemsDE602016037147.2GermanyWiTricity
    Dynamic tuning in wireless energy transfer systemsUS10141788United States of AmericaWiTricity
    Dynamic tuning in wireless energy transfer systemsUS10651688United States of AmericaWiTricity
    Dynamic tuning in wireless energy transfer systemsUS10651689United States of AmericaWiTricity
    Efficiency non-self tuning wireless power transfer systemsUS10158250United States of AmericaUniversity of Auckland
    Efficient near-field wireless energy transfer using adiabatic system variationsEP2345100FranceMassachusetts Institute of Technology (MIT)
    Efficient near-field wireless energy transfer using adiabatic system variationsDE602009056091.3GermanyMassachusetts Institute of Technology (MIT)
    Efficient near-field wireless energy transfer using adiabatic system variationsEP2345100United KingdomMassachusetts Institute of Technology (MIT)
    Efficient near-field wireless energy transfer using adiabatic system variationsUS8362651United States of AmericaMassachusetts Institute of Technology (MIT)
    Efficient near-field wireless energy transfer using adiabatic system variationsUS8836172United States of AmericaMassachusetts Institute of Technology (MIT)
    Efficient near-field wireless energy transfer using adiabatic system variationsUS9831682United States of AmericaMassachusetts Institute of Technology (MIT)
    Electric vehicle detection for roadway wireless power transferUS11376966United States of AmericaUniversity of Auckland
    Electric vehicle induction coil housing with interengagement structure for ferrite tile assembliesCN106104726ChinaWiTricity
    Electric vehicle induction coil housing with interengagement structure for ferrite tile assembliesEP3111458FranceWiTricity
    Electric vehicle induction coil housing with interengagement structure for ferrite tile assembliesDE 60 2015 042 452.2GermanyWiTricity
    Electric vehicle induction coil housing with interengagement structure for ferrite tile assembliesEP3111458United KingdomWiTricity
    Electric vehicle induction coil housing with interengagement structure for ferrite tile assembliesUS9583253United States of AmericaWiTricity
    Electric vehicle wireless charging with monitoring of duration of charging operational modeEP2867974FranceWiTricity
    Electric vehicle wireless charging with monitoring of duration of charging operational modeDE602013011845.0GermanyWiTricity
    Electric vehicle wireless charging with monitoring of duration of charging operational modeEP2867974United KingdomWiTricity
    Electric vehicle wireless charging with monitoring of duration of charging operational modeUS9931952United States of AmericaWiTricity
    Electrical feed line integrated filtering for inductive power transfer systemsUS10771033United States of AmericaWiTricity
    Electromagnetic field confinementCN105431916ChinaUniversity of Auckland
    Electromagnetic field confinementJP6595450JapanUniversity of Auckland
    Electromagnetic field confinementKR10-2227449Republic of Korea (South)University of Auckland
    Electromagnetic field confinementUS10573445United States of AmericaUniversity of Auckland
    Enclosures for high power wireless power transfer systemsUS10574091United States of AmericaWiTricity
    Extended foreign object detection signal processingUS10855117United States of AmericaWiTricity
    Extended foreign object detection signal processingUS11211834United States of AmericaWiTricity
    Extended-range positioning system based on foreign-object detectionUS11142084United States of AmericaWiTricity
    Fault Detection and Monitoring Methods for Safe Operation of a WEVC SystemUS1147029United States of AmericaWiTricity
    Fault detection and monitoring methods for safe operation of a WEVC systemUS11001159United States of AmericaWiTricity
    Ferrite arrangement in a wireless power-transfer structure to mitigate dimensional tolerance effects on performanceUS10720277United States of AmericaWiTricity
    Flexible resonator attachmentUS9093853United States of AmericaWiTricity
    Flexible resonator attachmentUS9806541United States of AmericaWiTricity
    Flexible resonator attachmentUS10230243United States of AmericaWiTricity
    Flush-mount wireless charging power-transfer systemUS10819156United States of AmericaWiTricity
    Flux coupling device and magnetic structures thereforJP6378175JapanUniversity of Auckland
    Flux coupling device and magnetic structures thereforKR10-2058130Republic of Korea (South)University of Auckland
    Flux coupling device and magnetic structures thereforUS10878995United States of AmericaUniversity of Auckland
    Foreign Object Detection Using Heat Sensitive Material And Inductive SensingCN110168412ChinaWiTricity
    Foreign object detection circuit using current measurementUS11046193United States of AmericaWiTricity
    Foreign object detection circuit using mutual impedance sensingUS11002874United States of AmericaWiTricity
    Foreign object detection for ferromagnetic wire-like objectsUS10495773United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsAU2012305688AustraliaWiTricity
    Foreign object detection in wireless energy transfer systemsCA2848040CanadaWiTricity
    Foreign object detection in wireless energy transfer systemsCN103875159BChinaWiTricity
    Foreign object detection in wireless energy transfer systemsCN106489082ChinaWiTricity
    Foreign object detection in wireless energy transfer systemsCN104885327ChinaWiTricity
    Foreign object detection in wireless energy transfer systemsEP2754222FranceWiTricity
    Foreign object detection in wireless energy transfer systemsEP3140680FranceWiTricity
    Foreign object detection in wireless energy transfer systemsEP2909912FranceWiTricity
    Foreign object detection in wireless energy transfer systemsDE602012012523.3GermanyWiTricity
    Foreign object detection in wireless energy transfer systemsDE602015068343.9GermanyWiTricity
    Foreign object detection in wireless energy transfer systems60 2013 082 294.8GermanyWiTricity
    Foreign object detection in wireless energy transfer systemsHK1194869BHong KongWiTricity
    Foreign object detection in wireless energy transfer systemsIT502016000009576ItalyWiTricity
    Foreign object detection in wireless energy transfer systemsJP6185472JapanWiTricity
    Foreign object detection in wireless energy transfer systemsJP6397417JapanWiTricity
    Foreign object detection in wireless energy transfer systemsKR10-1880258Republic of Korea (South)WiTricity
    Foreign object detection in wireless energy transfer systemsKR10-2010943Republic of Korea (South)WiTricity
    Foreign object detection in wireless energy transfer systemsES2558182SpainWiTricity
    Foreign object detection in wireless energy transfer systemsEP2754222United KingdomWiTricity
    Foreign object detection in wireless energy transfer systemsEP3140680United KingdomWiTricity
    Foreign object detection in wireless energy transfer systemsEP2909912United KingdomWiTricity
    Foreign object detection in wireless energy transfer systemsUS9442172United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS10027184United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS10778047United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS10018744United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS10371848United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS10063110United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS9465064United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS9404954United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS10211681United States of AmericaWiTricity
    Foreign object detection in wireless energy transfer systemsUS10686337United States of AmericaWiTricity
    Foreign object detection using heat sensitive material and inductive sensingUS10444394United States of AmericaWiTricity
    Foreign object detection using infared sensingUS10324226United States of AmericaWiTricity
    Guidance and alignment system and methods for electric vehicle wireless charging systemsCN106574949ChinaWiTricity
    Guidance and alignment system and methods for electric vehicle wireless charging systemsJP6696966JapanWiTricity
    Guidance and alignment system and methods for electric vehicle wireless charging systemsUS9739844United States of AmericaWiTricity
    Hybrid Inductive Power Transfer SystemCN108141063ChinaUniversity of Auckland
    Hybrid foreign object detection (FOD) loop array boardUS10124687United States of AmericaWiTricity
    Hybrid foreign-object detection and positioning systemUS10944300United States of AmericaWiTricity
    Hybrid foreign-object detection and positioning systemUS11362545United States of AmericaWiTricity
    Hybrid inductive power transfer systemUS11043846United States of AmericaUniversity of Auckland
    Impedance Compensation Based On Ratio Of Bus Voltage And Amplifier Fundamental Ac Output VoltageUS9762093United States of AmericaWiTricity
    Impedance adjustment in wireless power transmission systems and methodsUS11112814United States of AmericaWiTricity
    Impedance compensation based on ratio of bus voltage and amplifier fundamental AC output voltageUS9979316United States of AmericaWiTricity
    Impedance matching in wireless power systemsUS9843228United States of AmericaWiTricity
    Impedance tuningEP3039770FranceWiTricity
    Impedance tuningDE602014060354.8GermanyWiTricity
    Impedance tuningEP3039770United KingdomWiTricity
    Improved efficiency non-self tuning wireless power transfer systemsCN105164887ChinaUniversity of Auckland
    Improved efficiency non-self tuning wireless power transfer systemsJP6525874JapanUniversity of Auckland
    Improved efficiency non-self tuning wireless power transfer systemsKR10-2306645Republic of Korea (South)University of Auckland
    Induction power transfer system with coupling and reactance selectionUS9352661United States of AmericaWiTricity
    Inductive Power Supply For Vehicles Comprising A Plurality Of Charging Coils Havuing A Shorter Pitch Than The Pick-Up CoilsCN106232416ChinaWiTricity
    Inductive Power Supply For Vehicles Comprising A Plurality Of Charging Coils Havuing A Shorter Pitch Than The Pick-Up CoilsEP3131777FranceWiTricity
    Inductive Power Supply For Vehicles Comprising A Plurality Of Charging Coils Havuing A Shorter Pitch Than The Pick-Up CoilsDE60 2015 020 377.1GermanyWiTricity
    Inductive Power Supply For Vehicles Comprising A Plurality Of Charging Coils Havuing A Shorter Pitch Than The Pick-Up CoilsJP6534685JapanWiTricity
    Inductive Power Supply For Vehicles Comprising A Plurality Of Charging Coils Havuing A Shorter Pitch Than The Pick-Up CoilsEP3131777United KingdomWiTricity
    Inductive Power Transfer Control Using Energy InjectionCN104919550ChinaUniversity of Auckland
    Inductive power receiver apparatusEP2601723FranceUniversity of Auckland
    Inductive power receiver apparatusDE60 2011 066 420.4GermanyUniversity of Auckland
    Inductive power receiver apparatusIN373939IndiaUniversity of Auckland
    Inductive power receiver apparatusJP5941046JapanUniversity of Auckland
    Inductive power receiver apparatusKR10-1825627Republic of Korea (South)University of Auckland
    Inductive power receiver apparatusKR10-1970324Republic of Korea (South)University of Auckland
    Inductive power receiver apparatusEP2601723United KingdomUniversity of Auckland
    Inductive power receiver apparatusUS9620281United States of AmericaUniversity of Auckland
    Inductive power receiver apparatusUS10424967United States of AmericaUniversity of Auckland
    Inductive power supply for vehicles comprising a plurality of charging coils which can be operated in different sequencesCN106255613ChinaWiTricity
    Inductive power supply for vehicles comprising a plurality of charging coils which can be operated in different sequencesDE60 2015 026 308.1GermanyWiTricity
    Inductive power supply for vehicles comprising a plurality of charging coils which can be operated in different sequencesJP6495330JapanWiTricity
    Inductive power supply for vehicles comprising a plurality of charging coils which can be operated in different sequencesEP3131776United KingdomWiTricity
    Inductive power transfer apparatusCN102362406ChinaUniversity of Auckland
    Inductive power transfer apparatusCN105109359ChinaUniversity of Auckland
    Inductive power transfer apparatusCN106716570ChinaUniversity of Auckland
    Inductive power transfer apparatusEP2394345FranceUniversity of Auckland
    Inductive power transfer apparatusEP2394346FranceUniversity of Auckland
    Inductive power transfer apparatusDE60 2010 060 410.1GermanyUniversity of Auckland
    Inductive power transfer apparatusDE602010065719.1GermanyUniversity of Auckland
    Inductive power transfer apparatusDE602015079274GermanyUniversity of Auckland
    Inductive power transfer apparatusIN358926IndiaUniversity of Auckland
    Inductive power transfer apparatusIN358164IndiaUniversity of Auckland
    Inductive power transfer apparatusJP6230776JapanUniversity of Auckland
    Inductive power transfer apparatusJP6630716JapanUniversity of Auckland
    Inductive power transfer apparatusKR10-1794901Republic of Korea (South)University of Auckland
    Inductive power transfer apparatusKR10-1948276Republic of Korea (South)University of Auckland
    Inductive power transfer apparatusKR10-2368002Republic of Korea (South)University of Auckland
    Inductive power transfer apparatusEP2394345United KingdomUniversity of Auckland
    Inductive power transfer apparatusEP2394346United KingdomUniversity of Auckland
    Inductive power transfer apparatusEP3167465United KingdomUniversity of Auckland
    Inductive power transfer apparatusUS9283858United States of AmericaUniversity of Auckland
    Inductive power transfer apparatusUS9071061United States of AmericaUniversity of Auckland
    Inductive power transfer apparatusUS10673274United States of AmericaUniversity of Auckland
    Inductive power transfer apparatusUS10673279United States of AmericaUniversity of Auckland
    Inductive power transfer apparatus and electric autocycle charger including the inductive power transfer apparatusCN108215914ChinaUniversity of Auckland
    Inductive power transfer apparatus and electric autocycle charger including the inductive power transfer apparatusCN102204074ChinaUniversity of Auckland
    Inductive power transfer apparatus and electric autocycle charger including the inductive power transfer apparatusDE60 2010 064 020.5GermanyUniversity of Auckland
    Inductive power transfer apparatus and electric autocycle charger including the inductive power transfer apparatusEP2430721United KingdomUniversity of Auckland
    Inductive power transfer apparatus and electric autocycle charger including the inductive power transfer apparatusUS10276899United States of AmericaUniversity of Auckland
    Inductive power transfer apparatus and electric autocycle charger including the inductive power transfer apparatusUS11342598United States of AmericaUniversity of Auckland
    Inductive power transfer apparatus with AC and DC outputNZ589865New ZealandUniversity of Auckland
    Inductive power transfer apparatus with AC and DC outputUS10741325United States of AmericaUniversity of Auckland
    Inductive power transfer coils with parasitic resonatorsUS10361591United States of AmericaWiTricity
    Inductive power transfer controlCN106787741ChinaUniversity of Auckland
    Inductive power transfer controlCN103155395ChinaUniversity of Auckland
    Inductive power transfer controlDE602011073102.5GermanyUniversity of Auckland
    Inductive power transfer controlJP6240503JapanUniversity of Auckland
    Inductive power transfer controlJP6546977JapanUniversity of Auckland
    Inductive power transfer controlNZ587357New ZealandUniversity of Auckland
    Inductive power transfer controlKR10-1923677Republic of Korea (South)University of Auckland
    Inductive power transfer controlKR10-2048031Republic of Korea (South)University of Auckland
    Inductive power transfer controlEP2603969United KingdomUniversity of Auckland
    Inductive power transfer controlUS9369058United States of AmericaUniversity of Auckland
    Inductive power transfer controlUS9912250United States of AmericaUniversity of Auckland
    Inductive power transfer controlUS10411613United States of AmericaUniversity of Auckland
    Inductive power transfer control using energy injectionEP2907147FranceUniversity of Auckland
    Inductive power transfer control using energy injectionDE60 2013 071 627.7GermanyUniversity of Auckland
    Inductive power transfer control using energy injectionJP6441222JapanUniversity of Auckland
    Inductive power transfer control using energy injectionEP2907147United KingdomUniversity of Auckland
    Inductive power transfer control using energy injectionUS10056784United States of AmericaUniversity of Auckland
    Inductive power transfer pad and systemJP6861229JapanUniversity of Auckland
    Inductive power transfer pad and systemNZ555128New ZealandUniversity of Auckland
    Inductive power transfer pick up circuitsCN103181050ChinaUniversity of Auckland
    Inductive power transfer pick up circuitsEP2612412FranceUniversity of Auckland
    Inductive power transfer pick up circuitsDE60 2011 066 164.7GermanyUniversity of Auckland
    Inductive power transfer pick up circuitsJP6133775JapanUniversity of Auckland
    Inductive power transfer pick up circuitsKR10-1877943Republic of Korea (South)University of Auckland
    Inductive power transfer pick up circuitsEP2612412United KingdomUniversity of Auckland
    Inductive power transfer pick up circuitsUS9666358United States of AmericaUniversity of Auckland
    Inductive power transfer pick-up circuit with output current doublerUS10079510United States of AmericaWiTricity
    Inductive power transfer pick-up circuit with output current doublerUS10778038United States of AmericaWiTricity
    Inductive power transfer pick-up circuitsNZ587780New ZealandUniversity of Auckland
    Inductive power transfer systemCN102577011ChinaUniversity of Auckland
    Inductive power transfer systemDE 60 2010 068 491.1GermanyUniversity of Auckland
    Inductive power transfer systemJP6193329JapanUniversity of Auckland
    Inductive power transfer systemJP6585104JapanUniversity of Auckland
    Inductive power transfer systemNZ586526New ZealandUniversity of Auckland
    Inductive power transfer systemKR10-1780758Republic of Korea (South)University of Auckland
    Inductive power transfer systemUS9653207United States of AmericaUniversity of Auckland
    Inductive power transfer systemUS10566838United States of AmericaUniversity of Auckland
    Inductive power transfer system and methodCN104272545ChinaUniversity of Auckland
    Inductive power transfer system and methodDE602012076477.5GermanyUniversity of Auckland
    Inductive power transfer system and methodJP6294831JapanUniversity of Auckland
    Inductive power transfer system and methodJP6709811JapanUniversity of Auckland
    Inductive power transfer system and methodNZ608273New ZealandUniversity of Auckland
    Inductive power transfer system and methodKR10-2257319Republic of Korea (South)University of Auckland
    Inductive power transfer system and methodEP2792041United KingdomUniversity of Auckland
    Inductive power transfer system primary track topologiesCN103003897ChinaUniversity of Auckland
    Inductive power transfer system primary track topologiesCN106953368ChinaUniversity of Auckland
    Inductive power transfer system primary track topologiesJP6144195JapanUniversity of Auckland
    Inductive power transfer system primary track topologiesNZ585483New ZealandUniversity of Auckland
    Inductive power transfer system primary track topologiesUS10600564United States of AmericaUniversity of Auckland
    Inductively controlled series resonant AC power transferNZ580388New ZealandUniversity of Auckland
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