Wireless Power Transfer
@Wirespt
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Unlock the latest in Wireless Power Transfer research. Explore diverse applications from mobile tech to spacecraft engineering. Open access. #WirelessPower
Joined March 2024
Wireless Power Transfer is an open access, online-only journal published by Maximum Academic Press. The scope of the journal encompasses all techniques and methodologies for transmitting power wirelessly. The journal's website is: https://t.co/uYOO5ZRE7N
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#WPT 🧵This paper proposes a half-cube-shaped transmitting coil for free-positioning multiple-receiver WPT systems.🌈 @MaximumAcademic #FreePositioning #HalfCubeShapedTransmitter Details: https://t.co/XlpJ0X0IAc
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#WPT 🔋Analysis of the wireless power system reveals stability, with consistent input impedance across all frequencies.🌟 @MaximumAcademic #WirelessPowerTransfer Details: https://t.co/Q4k3SPNUNz
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#WPT 🔋This paper presents an efficient WPT system tolerant to horizontal misalignment for stable energy transmission between UAVs and charging platforms.🌐 @MaximumAcademic #SwitchingControlStrategy #WirelessPowerTransfer Details: https://t.co/83crA4z2A7
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#WPT 🌟This study aims to design an intrinsically safe wireless power transfer system using a single-ended flyback converter.🔋 @MaximumAcademic #UndergroundCoalMines #WirelessPowerTransfer Details: https://t.co/kynDssa8eL
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#WPT 👍This paper presents a misalignment-tolerant WPT system to counteract coil misalignment's negative effects on mutual inductance and transmission efficiency.📝 @MaximumAcademic #WirelessPowerTransfer #MagneticCouplingMechanism Details: https://t.co/2UfIdPdqfT
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#WPT 🔋This letter addresses the issue of high electric field intensity by introducing a novel interleaved winding configuration.🧲 @MaximumAcademic #InductivePowerTransfer #ElectricFieldReduction Details: https://t.co/40ASp7drZC
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#WPT 🔋IPT, CPT, and HWPT structural configurations, system transmission characteristics, work principles, and key influencing factors were analyzed.🔥 @MaximumAcademic #WirelessPowerTransfer #InductivePowerTransfer Details: https://t.co/xuf2RRv6IF
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#WPT 🧵 In this paper, a real-time approach for obtaining quick estimated results for coupled coil parameters in an 11-kW wireless charging system for electric vehicles is presented.🚗 @MaximumAcademic #WirelessCharging #CoilParameters Details: https://t.co/MaiiHtoIoa
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#WPT 🛵This paper proposes a system to improve misalignment tolerance and achieve constant current and constant voltage outputs for an electric bicycle inductive power transfer (IPT) charger.🔋 @MaximumAcademic #CCCharging #CVCharging Details: https://t.co/oIBfPSboYg
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#WPT 🌊This paper proposes a two-port model for SWPT in seawater, considering the inter-turn capacitance and stray capacitance induced by dielectric properties.💫 @MaximumAcademic #SeawaterWirelessPowerTransfer #ResonantFrequency Details: https://t.co/psbuWYFgDE
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#WPT 🧵A transmitter with angled edge coils and a central coil is proposed. The edge coils, wound in opposite directions, enhance the central axis magnetic field via opposing currents.🔋 @MaximumAcademic #Muticoil #MiniatureDevices Details: https://t.co/gUy120fBvV
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#WPT 🧲This paper proposes a general analytical modeling method for shielding effectiveness and loss analysis of nanocrystalline laminated core structures.📝 @MaximumAcademic #MagneticMaterials #MagneticCoupler Details: https://t.co/RJfh2Xvgmp
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#WPT 🔥This paper designs and implements an innovative WPT system that possesses the capability to seamlessly switch between constant current (CC) and constant voltage (CV) outputs.🔋 @MaximumAcademic #WPT #ConstantCurrent Details: https://t.co/4DuKD8KgzB
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#WPT 🧵This paper presents a 6.78 MHz wireless power transfer system designed to provide load-independent constant voltage output, making it ideal for applications such as unmanned aerial vehicle charging.📝 @MaximumAcademic #ClassEF #CV Details: https://t.co/FQIzmc4ElD
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#WPT 🧵Improved Northern Goshawk Optimization is used for mutual inductance and load parameter identification, validated by maximum efficiency tracking.🔋 @MaximumAcademic #ParameterIdentification #MaximumEfficiencyTracking Details: https://t.co/OO7PjzMoJi
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#WPT 🔋Closed-loop WPT identification provides system model estimations for controller design and iterative refinement.✨ @MaximumAcademic #RobustControl #ExcitationSignal Details: https://t.co/Gwg3Rx0QUJ
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#WPT 🌐A model for the LCC-S magnetic WPT system was created, analyzing its performance based on working frequency (f) and the primary inductance to self-inductance ratio (n).🧵 @MaximumAcademic #WPT #TransmissionPerformance Details: https://t.co/LFcGakFT75
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#WPT 🌟We propose a Self-organizing Power Transfer IoT network to enhance IoT lifespan and reduce LSC costs, using laser modules for energy transfer and LSCs for charging.🌼 @MaximumAcademic #InternetOfThings #LaserCharging Details: https://t.co/1rOfmfuGb2
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#WPT 🧵This paper proposes a bidirectional wireless power conversion system that integrates the functions of a power amplifier (PA) and a rectifier at a frequency of 2.45 GHz.🔥 @MaximumAcademic #BidirectionalSystem #PowerAmplifier Details: https://t.co/78aIql9k1H
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#WPT 🌐This article proposes a frequency estimation method based on the sampled values of the rectifier bridge's input current.🌟 @MaximumAcademic #WirelessPowerTransfer #SecondarySideControl Details: https://t.co/xlydtWcqKa
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