Design and Simulation of Multiple Coil Model for Wireless Power Transmission System

Duan, Zhao; Ding, Enjied; Hu, Yanjun; Sun, Zhen

doi:10.11591/telkomnika.v12i6.5119

Cited by 7 publications

(4 citation statements)

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“…A metamaterial-based finite element analysis of an ICWPT system was presented in [133]. In [134] describes the design and simulation of a multiple coil model for the ICWPT system. Inductive coupling and equations of resonant frequency were used to analyses wireless power transfer in [135].…”

Section: Refmentioning

confidence: 99%

A Review of Inductive Power Transfer: Emphasis on Performance Parameters, Compensation Topologies and Coil Design Aspects

Rehman,

Mirsaeidi,

Nor

et al. 2023

IEEE Access

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Wireless Power Transfer (WPT) using inductive and magnetic resonance coupling developing at enormous pace due to its diversity of applications, such as electric vehicles (EV), biomedical implants, consumer electronics, robotics and so on. This review presents historical background together with applications of low power and high power WPT systems. The review emphasizes on two main design facets of WPT system including compensation networks and coil structure. All up-to-date compensation topologies are comprised in the review along with latest coil designs. Load-independent operation using compensation topologies is also reviewed. The review provides all available methods to analyze the circuit structure of WPT system theoretically and it also outlines the software used for circuit simulations as well as coil design. This paper is diverse from existing reviews in a pattern that it presents not only complete critical intuition on the vital design features, recent advancements, contemporary problems and challenges of low power and high power WPT systems but also provides the available theoretical methods as well as software to analyze the WPT system in wholesome. This paper will enrich the knowledge of the researchers to investigate the WPT systems using existing techniques and to solve the present-day design glitches of WPT systems

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Section: Refmentioning

confidence: 99%

A Review of Inductive Power Transfer: Emphasis on Performance Parameters, Compensation Topologies and Coil Design Aspects

Rehman,

Mirsaeidi,

Nor

et al. 2023

IEEE Access

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“…This thing has a low power processor, some embedded operating system and a way of communication (usually wirelessly) using suitable communication protocols. Design and Simulation of Multiple Coil Model for Wireless Power Transmission System discussed in [10].…”

Section: Typical Iot Configurationmentioning

confidence: 99%

Force Multiplier Effect of Futuristic Battlefield Preparedness by Adapting the Internet of Things (IoT) Concept

Kannan¹,

Manoharan²

2018

IJEECS

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<span lang="EN-US">The present-day Battlefield environment depicts a scenario wherein various heterogeneous warfighting vehicles/equipment are conglomerated, and the high command takes a decision based on the different inputs and data received from the warfighting entities. This aspect generates voluminous data and communication directives occupying the complete frequency spectrum and moving up and down. This paper proposes a scheme based on the Internet of Things (IoT) philosophy. The primary focus will be to deploy ubiquitous sensing enabled technologies (IoT) in all the battlefield fighting entities. This medium in effect means the interconnection of uniquely identifiable embedded computing-like devices and formulation of an internet infrastructure. The newly proposed IoT devices in all the battlefield fighting entities will gather, infer and understand in-situ commands and data and in turn pass on to the highest decision-making authority. A simple IoT based model will be deployed in the battlefield scenario enhancing the force multiplier effect.</span>

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“…Finite Element Analysis is conducted by designing two E type ferrite cores with SS compensation and a meta material is placed near the transmitter side E type core to improve the transfer distance by enhancing electromagnetic induction [22], however to design E type Tx and Rx coils may not be feasible in many situations. Simulation of Multiple Coil Model for WPT System are carried out in [23]. In this model, 4 overlapped coils were used as a Tx coil and single coil was used as a receiver coil to obtain 15% more efficiency than just single Tx coil, but this type of model has increased capital cost.…”

Section: Introductionmentioning

confidence: 99%

Efficiency investigation of SS and SP compensation topologies for wireless power transfer

Rehman

Nallagownden

Baharudin

2019

IJPEDS

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<span>Wireless power transfer (WPT) using inductive and resonant coupling has been widely explored in recent years for ease and safety over conventional cable charging systems. The efficiency of WPT systems is reducing drastically due to an increase in air-gaps and misalignment between transmitter (Tx) and receiver (Rx). Many circuit topologies have been analyzed to improve the efficiency of WPT system based on symmetrical coils. However, the circuit topologies have not been studied widely for unsymmetrical coils. This paper presents the investigation of two fundamental topologies i.e. Series-Series (SS) and Series-Parallel (SP) for unsymmetrical coils as well as symmetrical coils. Theoretical analysis of both the compensation topologies have been accomplished, then modeling of both the topologies have been done using two different combination of circular coils. In first case, two similar size coils have been designed and in second case transmitter coil of higher dimensions than receiver coil is designed. The efficiency of the system has been analyzed at multiple distances in both cases by integrating coil structure with the circuit. The overall result show that when Tx is bigger than Rx, the SP topology gives better efficiency than SS counterpart.</span>

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Design and Simulation of Multiple Coil Model for Wireless Power Transmission System

Cited by 7 publications

References 0 publications

A Review of Inductive Power Transfer: Emphasis on Performance Parameters, Compensation Topologies and Coil Design Aspects

A Review of Inductive Power Transfer: Emphasis on Performance Parameters, Compensation Topologies and Coil Design Aspects

Force Multiplier Effect of Futuristic Battlefield Preparedness by Adapting the Internet of Things (IoT) Concept

Efficiency investigation of SS and SP compensation topologies for wireless power transfer

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