Wireless Energy Transmission System using Electromagnetic Induction for Home Appliances - POLSRI REPOSITORY

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2016 International Electronics Symposium (IES) Committee

Host Organizer

Politeknik Elektronika Negeri Surabaya (PENS)

Co-Host Organizer

Politeknik Negeri Bali (PNB) IEEE INDONESIA SECTION

Advisory Committee

Zainal Arief (PENS, Indonesia) Made Mudhina (PNB, Indonesia) Satriyo Dharmanto (IEEE Indonesia) Dadet Pramadihanto (PENS, Indonesia) Son Kuswadi (PENS, Indonesia)

General Chair

Sritrusta Sukaridhoto (PENS, Indonesia)

Vice Chairman

Tri Harsono (PENS, Indonesia)

Program Chairs

Ali Ridho Barakhbah (PENS, Indonesia) Ford Lumban Gaol (IEEE Indonesia) Shiori Sasaki (Keio University, Japan) I Gede Made Oka Ariawan (PNB, Indonesia)

Sponsor Co-Chairs

Eko Henfri Binugroho (PENS, Indonesia) Kadek Amerta Yasa (PNB, Indonesia)

Treasurer Chair

Rahardhita Widyatra Sudibyo (PENS, Indonesia) Anang Budi Karso (PENS, Indonesia)

Sulistiyani (PENS, Indonesia)

Proceeding Co-Chairs

Sanggar Dewanto (PENS, Indonesia) Ahmad Zainudin (PENS, Indonesia) Hendy Briantoro (PENS, Indonesia) Desy Intan Permatasari (PENS, Indonesia)

Publicity

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Publicity (cont’d)

Widi Sarinastiti (PENS, Indonesia) Achmad Alimudin (PENS, Indonesia)

Workshops Co-Chairs

Amang Sudarsono (PENS, Indonesia) A.A. Ngurah Sapteka (PNB, Indonesia) Fernando Ardila (PENS, Indonesia)

International Special Issue Journal Co-Chair Prima Kristalina (PENS, Indonesia)

Local Arrangement Chair

Dwi Kurnia Basuki (PENS, Indonesia) Ita Zoeriah (PENS, Indonesia) Kartika Sari (PENS, Indonesia) Maisyaroh (PENS, Indonesia) I Ketut Swardika (PNB, Indonesia)

I Gst. Pt. Mastawan Eka Putra (PNB, Indonesia) Putu Gde Sukarata (PNB, Indonesia)

Putu Manik Prihatini (PNB, Indonesia) Gusti Nyoman Ayu Sukerti (PNB, Indonesia) Ni Nyoman Yuliantini (PNB, Indonesia) I N. Gede Arya Astawa (PNB, Indonesia) I Ketut Parti (PNB, Indonesia)

Elina Rudiastari (PNB, Indonesia)

I Dewa Gede Ari Pemayun, (PNB, Indonesia) Sri Andriati Asri (PNB, Indonesia)

Ni Gusti Ayu Putu Harry Saptarini (PNB, Indonesia) Made Noviarini (PNB, Indonesia)

Ni Luh Putu Pika Dewi (PNB, Indonesia) Afrizal Falsyah Zain (PNB, Indonesia) I Gede Wahyu Yoga Prawira (PNB, Indonesia) I Gede Esa Mahadi Putra (PNB, Indonesia) Samsul Huda (PENS, Indonesia)

Soemantri (PENS, Indonesia) Achmad Bashori (PENS, Indonesia) Bowo (PENS, Indonesia)

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Technical Program Committee

Aini Hussain (Universiti Kebangsaan Malaysia) Afrida Helen (PENS, Indonesia)

Agus Indra Gunawan (PENS, Indonesia) Amang Sudarsono (PENS, Indonesia) Anto Satryo Nugroho (BPPT, Indonesia)

Anak Agung Ngurah Gde Sapteka (PNB, Indonesia) Anang Tjahjono (PENS, Indonesia)

Arman Jaya (PENS, Indonesia) Asep Saepuloh (ITB, Indonesia) Bambang Sumantri (PENS, Indonesia) Bima Sena Bayu Dewantara (TUT, Japan)

Didi Rosiyadi (Lembaga Ilmu Pengetahuan Indonesia (LIPI), Indonesia) Dedid Cahya Happyanto (PENS, Indonesia)

Eppy Yundra (UNS, Indonesia) Era Purwanto (PENS, Indonesia) Esa Prakasa (LIPI, Indonesia)

Ezharul Islam (Jahangirnagar University, Bangladesh) Hafizah Husain (Universiti Kebangsaan Malaysia) Hary Oktavianto (TUT, Japan)

Hestiasari Rante (German)

Huai-Kuei Wu (Oriental Institute of Technology, Taiwan) Husna Nugrahapraja (ITB, Indonesia)

Khoirul Anwar (JAIST, Japan) Idris Winarno (TUT, Japan)

I Gede Puja Astawa (PENS, Indonesia) I Ketut Swardika (PNB, Indonesia) Indra Adji Sulistijono (PENS, Indonesia) Ketut Purnama (ITS, Indonesia)

Marzuki Mustafa (Universiti Kebangsaan Malaysia) M. Udin Harun Al Rasyid (PENS, Indonesia) Md Selim Al Mamun (Okayama University, Japan) Meng-Shiuan Pan (Tamkang University, Taiwan) Mauridhi Hery Purnomo (ITS, Indonesia) Mochammad Zen Samsono Hadi (TUT, Japan)

Nasima Begum (Jahangirnagar University, Bangladesh) Nobuo Funabiki (Okayama University, Japan)

Novie Ayub Windarko (PENS, Indonesia)

Pitipong Chanloha (Chulalongkorn University, Thailand) Prima Kristalina (PENS, Indonesia)

Raden Sanggar Dewanto (PENS, Indonesia) Risanuri Hidayat (UGM, Indonesia)

Ronny Mardiyanto (ITS, Indonesia) Shiori Sasaki (Keio University, Japan) Sirmayanti Sirmayanti (PNM, Indonesia) Son Kuswadi (PENS, Indonesia)

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Technical Program Committee (cont’d) Tessy Badriah (PENS, Indonesia)

Toru Nakanisi (Hiroshima University, Japan) Trio Adiono (ITB, Indonesia)

Tri Harsono (PENS, Indonesia)

Tubagus Maulana Kusuma (Gunadarma University, Indonesia) Wahjoe Sesulihatien (Keio Univ, Japan)

Yudho Giri Sucahyo (UI, Indonesia)

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-iii- Table of Contents

2016 International Electronics Symposium (IES) Committee ... iv

Foreword ... viii

Speech from Director of PNB ... x

Welcome Message from General Chair of IES 2016 ... xii

Opening Message ... xiv

Guidelines IES 2016 ... xvii

Maps and Location for IES 2016 ... xviii

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[Front cover]

Publication Year: 2016, Page(s): c1 | PDF (334 KB)

[Copyright notice]

Publication Year: 2016, Page(s): i | PDF (66 KB)

[Title page]

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Table of contents

Publication Year: 2016, Page(s): iii | PDF (84 KB)

2016 International Electronics Symposium (IES) committee

Publication Year: 2016, Page(s):iv - vii | PDF (68 KB)

Foreword

Publication Year: 2016, Page(s):viii - ix | PDF (78 KB)

Speech from director of PNB

Publication Year: 2016, Page(s):x - xi | PDF (71 KB)

Welcome message from general chair of IES 2016

Publication Year: 2016, Page(s):xii - xiii | PDF (71 KB)

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AUTHOR

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Dadet Pramadihanto (10) Yasushi Kiyoki (6) Riyanto Sigit (6) Achmad Munir (5) Tri Harsono (4) Eko Henfri Binugroho (4) Arna Fariza (4) Naoki Uchiyama (3)

Adnan Rachmat Anom Besari (3) Ali Husein Alasiry (3)

Amang Sudarsono (3) Fernando Ardilla (3) Raden Sanggar Dewanto (3) Hanung Adi Nugroho (2) Oliver Sawodny (2) Achmad Basuki (2) Sritrusta Sukaridhoto (2) Setyo Nugroho (2) Wanglin Yan (2) Igi Ardiyanto (2) Indra Adji Sulistijono (2) Setiawardhana (2) Nanang Syahroni (2) M. Udin Harun Al Rasyid (2) Anhar Risnumawan (2)

AFFILIATION

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Radio Telecommunication and Microwave Laboratory, School of Electrical Engineering and Informatics, Institut Teknologi Bandung, Indonesia (3) Department of Computer Engineering, Electronics Engineering Polytechnic Institute of Surabaya (3)

Informatics Engineering Dept., Politeknik Elektronika Negeri Surabaya (3)

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Publication Year: 2016, Page(s):xiv - xvi | PDF (70 KB)

Guidelines IES 2016

Publication Year: 2016, Page(s): xvii | PDF (69 KB)

Maps and location for IES 2016

Publication Year: 2016, Page(s):xviii - xxi | PDF (1664 KB)

Technical program

Publication Year: 2016, Page(s):xxii - xlvi | PDF (155 KB)

Keynote speaker 1

Publication Year: 2016, Page(s): xlvii | Abstract | PDF (120 KB)

Keynote speaker 2

Publication Year: 2016, Page(s): xlviii | Abstract | PDF (123 KB)

Workshop 1: Education service learning

Publication Year: 2016, Page(s):xlix - lii | Abstract | PDF (87 KB)

Author index

Publication Year: 2016, Page(s):525 - 527 | PDF (57 KB)

[Back cover]

Publication Year: 2016, Page(s): c4 | PDF (446 KB)

Robust adaptive proportional derivative-active force control for unmanned hexacopter

Yohanes Surya ; Endra Pitowarno Publication Year: 2016, Page(s):1 - 6

| Abstract | PDF (789 KB) | HTML

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Ting Tsan ; Naoki Uchiyama ; Oliver Sawodny Publication Year: 2016, Page(s):7 - 12

Kinematic analysis of 7 DoF head humanoid FLoW: V-REP simulation

Institute for System Dynamics, University of Stuttgart, 70563 Stuttgart, Germany (2) Computer Engineering, Electronic Engineering Polytechnic Institute of Surabaya, Surabaya, Indonesia (2)

Department of Electrical and Information Technology, Faculty of Engineering, Universitas Gadjah Mada, Yogyakarta, Indonesia (2)

Department of Information and Computer Engineering, Graduate Program of Engineering Technology, Politeknik Elektronika Negeri Surabaya, Surabaya, Indonesia (2) Department of Informatics and Computer Engineering, Electronics Engineering Polytechnic Institute of Surabaya (2)

Teknik Telekomunikasi, Politeknik Elektronika Negeri Surabaya, Surabaya, Indonesia (2)

Computer Engineering, Informatics and Computer Engineering Department, Electronic Engineering Polytechnic Institute of Surabaya (Politeknik Elektronika Negeri Surabaya), Surabaya, Indonesia (2)

Department of Mechanical Engineering, Toyohashi University of Technology Toyohashi, Aichi, Japan 441-8580 (2)

School of Electrical Engineering and Informatics, Institut Teknologi Bandung, Indonesia (1)

Electrical Engineering Department, Electronic Engineering Polytechnic Institute of Surabaya, Surabaya, Indonesia (1)

Department of Electrical and Electronic Information Engineering, Toyohashi University of Technology, Japan (1)

Indonesian Institute of Sciences, Research Center for Electronics and Telecommunication, Bandung, Indonesia (1) Graduate School of System Design, Tokyo Metropolitan University, 6-6 Asahigaoka, Hino, Tokyo, 191-0065, Japan (1) Department of Informatics and Computer Engineering, Electronics Engineering Polytechnic Institute of Surabaya, Surabaya, Indonesia (1)

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Juliardi Fajar Hidayatullah ; Dadet Pramadihanto ; Raden Sanggar Dewanto ; Ahmad Subhan Khalilullah

Publication Year: 2016, Page(s):13 - 18 | Abstract | PDF (15269 KB) | HTML

Speed and balancing control for unicycle robot

M. Anfa'ur Rosyidi ; Eko Henfri Binugroho ; S. Ekti Radin Charel ;

R. Sanggar Dewanto ; Dadet Pramadihanto Publication Year: 2016, Page(s):19 - 24

Backstepping development as controller in fast response three phase induction motor based on indirect field oriented control

Dedid Cahya Happyanto ; Rizana Fauzi ; Jumaddil Hair Publication Year: 2016, Page(s):25 - 30

| Abstract | PDF (815 KB)

PENS-wheel (one-wheeled self balancing vehicle) balancing control using PID controller

Desna Riattama ; Eko Henfri Binugroho ; Raden Sanggar Dewanto

; Dadet Pramadihanto

Publication Year: 2016, Page(s):31 - 36 | Abstract | PDF (955 KB)

Embedded iterative learning contouring controller design for biaxial feed drive systems

Yogi Muldani Hendrawan ; Kenneth Renny Simba ; Naoki Uchiyama

Simulation water level system with feedback feedfoward control

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of Surabaya, Surabaya, Indonesia (1)

Graduate School of Tokushima University, 2-1 Minami-Josanjima, Tokushima, 770-8506, Japan (1)

Electrical Engineering Department, Politeknik Elektronika Negeri Surabaya, Surabaya, Indonesia (1)

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2017 International Electronics Symposium on Engineering Technology and Applications (IES-ETA)

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Electronics Symposium (IES),

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2016 International Electronics Symposium (IES)

29-30 Sept. 2016

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Applying DEM data to improve performance of water extraction indices using landsat 8 OLI images in mountainous area

Elham Goumehei ; Wanglin Yan

Publication Year: 2016, Page(s):455 - 458

UAV-based multispectral image analysis system with semantic computing for agricultural health conditions monitoring and real-time management

Jinmika Wijitdechakul ; Shiori Sasaki ; Yasushi Kiyoki ; Chawan

Koopipat

Speed of spatial query of satellite data on various database storage engine

I Ketut Swardika ; Putri Alit W. Santiary

Feature extraction of character image using shape energy

Galih Hendra Wibowo ; Riyanto Sigit ; Aliridho Barakbah

Texture analysis for classification of thyroid ultrasound images

Hanung Adi Nugroho ; Made Rahmawaty ; Yuli Triyani ; Igi

Ardiyanto

The effects of conversation-gambits visual-novel game on students' english achievement and motivation

M. Aliv Faizal

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Developing mobile app of english pronunciation test using android studio

Rizqi Mutqiyyah ; Aliv Faizal Muhammad

Improving basic statistic learning through computer-assisted instruction: Exploring Indonesian student learning

experience

Rosiyah Faradisa ; Moh. Hasbi Assidiqi ; Moh. Zikky

Preliminary design of interactive visual mobile programming on educational robot ADROIT V1

Adnan Rachmat Anom Besari ; Sritrusta Sukaridhoto ; Iwan

Kurnianto Wibowo ; M. Herwindra Berlian ; M. A. Wildan Akbar ; F.

P. Yohanes Yohanie ; K. I. Aldi Bayu

A dynamic equalizer system with person flow and semantic analysis for recognizing environmental situations

Takashi Ogiwara ; Yasushi Kiyoki

Flood disaster risk system at bengawan solo river in east java region using fuzzy method

Mursidayanti Aprilia Rukmana ; Arna Fariza ; Jauari Akhmad Nur

Hasim

Modeling and analyzing of seismo-electromagnetics disturbance on crust of earth using FDTD method

Nabila Husna Shabrina ; Achmad Munir

Performance evaluation of 5.9GHz DSRC for positioning and docking system of AUV

Nanang Syahroni ; Henggar Budiman ; Hari Wahjuningrat Suparno

; Gigih Dharma Sulistya ; Hani'ah Mahmudah

Publication Year: 2016, Page(s):520 - 524 Cited by: Papers (1)

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Wireless Energy Transmission System using

Electromagnetic Induction for Home Appliances

Pola Risma, Yurni Oktarina, Tresna Dewi, and M. Taufik Roseno

Department of Electrical Engineering

Politeknik Negeri Sriwijaya Palembang, Indonesia

Email:{polarisma, yurni oktarina, tresna dewi, m taufik roseno}@polsri.ac.id

Abstract—Electric energy transmission can be conducted in two ways, wired and wireless with all their advantages and disadvantages. Wired electric transmission required wire con-nections that sometimes get complicated in design and also some spaces are needed. These disadvantages can be eliminated by the application of wireless transmission. This wireless energy transmission was first introduced by Nikola Tesla in 1899. In this work, we designed 2 coils functioning as a transmitter and a receiver to supply an AC load, a 15 watt bulb, and a DC load, a 4 watt rotary fan. We utilized the theorem of magnetic and electric field, assembled the system, and measured the results. We note that the distance between the transmitter and receiver circuit is affecting the resulted output voltage and current received by receiver. When supplied the 9 watt bulb, the distances required is at least 8.108 cm, and the output voltage received by the receiver is 148 V. For the DC load, when supplying 4 watt rotary fan, the best average distance is 7.5 cm with the output current is 3 A. Therefore, the distance between the transmitter and receiver circuit is very important in designing wireless energy transmission system. This paper proposes a simple and easily designs system that can be applied in any houses to supply home appliances.

Keywords—AC electricity; DC electricity; induction; coupling; coils; wireless energy transfer.

I. INTRODUCTION

The common way of transferring electric energy is using a cable, however, this conventional way is not only inefficient but also messy. As the electronic appliances are increased in number, the numbers of cables used are also increased, creating more complicated and messier connection in domestic and daily life. To answer this problem, the application of wireless energy transfer is the solution, by only using the air as the media to transfer energy and adjusting the distance among the appliances and the source. This means of energy transfer can go through any materials, except bimetal, therefore it can also reach the places where cables application is not possible. This new way of transferring energy is really helpful for human in operating electronic appliances more effectively.

Current researches in wireless energy transmission had been conducted although still limited in small amount of energy and short distance between the source and the ap-pliances. Wireless energy transfer using magnetic resonance was introduced by Butkar [1], explaining the advantage of non radioactive wireless energy transfer. Sibakoti [2] explained that wireless energy transfer was really feasible to be applied for lamp as the load of the system. A contribution to the wireless transmission of power was discussed by Tucker [3] to ex-plained a method to transfer energy in medium distance within

low frequency without physical contacts among components. Yu [5] shows the example of wireless energy transfer with the presence of metallic planes.

Nikola Tesla in 1889 was the first one who did the research in wireless energy transfer, transferring electric energy from the source to the load without any cables connection. This method of energy transfer is very useful in the places where wired connection is not recommended. This type of energy transfer can be a significant changing in electric field since it will reduce the bronze consumption for conventional cable. This concept is the fundamental of this project, starting from a small energy transfer application, and although the wireless energy transfer already discussed in some references, we propose an easy method to realize this project that can be easily applied in domestic application for home appliances.

II. CIRCUITDESIGN

Wireless power transmission transfers the electric power to supplies electrical devices without using wires as transmission media, instead using air as the media. This new method of transferring and generating energy is useful when an instant and/or continuous energy is necessary while wires application is not practical. Theoretically, the basic circuit of wireless energy transfer is given in Fig. 1.

The main concept of of wireless energy transfer system is divided into 2 main parts, transmitter and receiver.

a. Transmitter

Transmitter consists of

• A rectifier is part of the circuit to convert AC to

DC, the application of rectifier here is required to get stable output voltage and current. The output of rectifier will be the input to the oscillator. The DC current generated by rectifier is in the form of

Fig. 1: Wireless energy transfer model using self-resonant coils

2016 International Electronics Symposium (IES)

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Fig. 2: Rectifier circuit

Fig. 3: Oscillator circuit

frequency generator circuit that produces electric signal periodically and generates sinusoidal wave signal. The rectifier circuit applied in this work is given in Fig. 2.

• An Oscillator consists of an LC circuit. The LC

circuit has inductor (L) and capacitor (C) connected in series. This LC circuit is used to generate an AC source or as a signal generator. The oscillator circuit applied in this work is given in Fig. 3.

• A transmitter coilsis a loop of wires functioning to

transfer emf from transmitter part to receiver coils. b. Receiver

The receiver circuit consists of an oscillator circuit in the form of coils and is connected to load in parallel connection. This circuit is functioning as a voltage source to the load, as shown in Fig. 4.

A. Transmitter and Receiver Circuit

a. Transmitter Section (Tx)

We use a modified Royer Oscillator circuit for the

transmit-Fig. 4: Receiver circuit

Fig. 5: Diagram block of wireless energy transfer with AC load

Fig. 6: Diagram block of wireless energy transfer with DC load

ter section in this paper. By using this designed circuit, high oscillating current can be easily achieved for the transmitter coils.

b. Receiver Section (Rx)

This section consists of a receiver coils as a rectifier circuit and a voltage regulator IC. The rectifier circuit in this section is used to convert AC voltage to DC voltage. A voltage control IC is employed to provide a constant limited regulated output voltage to the load for charging.

In transmitter section, the AC voltage source is rectified using a AC-DC rectifier circuit, and the output of this circuit is inputted to the coils to generate an electromagnetic wave (emf). The emf wave consists of a sinusoidal wave to induce Rx coils in receiver side (Rx). The generated voltage in Rx side can be directly used to supply the load. Therefore, we can say that the basic idea of the electromagnetic induction is that the current supplied through coils will generate magnetic field within coils with direction perpendicular to it and if the wire loop coils is situated near magnetic field, the electric current will be produced inside the coil.

B. Load Circuit Design

The circuit design for the load of this system consists of an AC and a DC load.

1) AC load

In this part, the electric energy transfer circuit is designed to generated AC voltage to supply an AC load, in this project we use a 15 watt bulb as the load. This circuit is started by generating an AC wave voltage using magnetic induction method. AC voltage is converted into DC volt-age by oscillator, and the converted DC voltvolt-age is inputted back to coils to generate emf induction in the form of AC voltage again. Therefore, the resulted wave is actually a pure sinusoidal wave, therefore a converter circuit is not

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needed to convert the received wave in receiver section for supply the load, this process is given in Fig. 5. 2) DC load

The working principle to supply a dc load is almost the same with the AC load circuit, only in this circuit we add rectifier to supply a DC load. In this project, we supply a rotary fan as the DC load.

III. RESULT

In order to prove the effectiveness of our propose method, we conducted experiments for supplying an AC load and a DC load. We limited only one load for each experiment, and we did the experiment for each load in twelve times for different distances.

A. AC Load

Fig. 6 shows the generated power supply for a 15 watts bulb and Table I shows the measurement results for wireless energy transfer to supply that AC load.

a. The relation between distance (cm) and electric power (w)

From measurement data in Table I, we can see that the transmitter circuit successfully sent the highest voltage to the receiver circuit to supply a 15 watts bulb with

(a) Electric circuit

(b) Transfered energy to turn on a bulb

Fig. 7: Wireless transferred energy to supply an AC load

TABLE I: Wireless energy transmission with AC Load

No Transmitter Dist (cm) Receiver

Vt (volt) Electric Power (watt) Vr (volt)

1 8.9 2 15 148

2 9 3 15 148

3 9.02 3.8 15 148

4 9.03 5.5 9 59

5 9 6.5 9 59

6 9.02 7.3 9 59

7 9.01 9.5 5 37.5

8 9.04 10 5 37.5

9 9.03 11 5 37.5

10 9 12.5 3 28

11 9.02 13 3 28

12 9.03 13.2 3 28

Dist : distance

Vt : Vtransmitter coils = 220 volt Vr : Vreceiver

Amount of winding in coils = 41 windings Diameter of wires = 1.7mm

Coils diameter = 17.5 cm

Fig. 8: Relation between distance and electric power for AC load

Fig. 9: Relation between distance and output voltage for AC load

the maximum distance 13.2 cm. We had conducted the experiment for twelve times in different distances. Based on data in Table I, it can be seen that the further distance between the coil in transmitter side and receiver side is, the smaller electric power received by the receiver

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side, therefore electric efficiency will be reduced as the distance gets further between the transmitter and receiver. Fig. 8 shows that there is a proportional relation between the applied distance (2-13.2 cm) to electric power received by receiver circuit (15-3 watt). We can conclude that from Fig. 8, the electric power received by receiver and the distance between transmitter and receiver is inversely proportional.

b. The relation between distance (cm) and voltage in receiver

(Rx)

From the data in Table I, we can see that the further the distance between the coils in transmitter side and coils in receiver side is, the smaller voltage output received by receiver circuit. This phenomenon is shown in Fig. 9, where there is a proportional relation between the distance (2-13.2 cm) to output voltage (148-28 volt) in receiver circuit. Based on the graph shown in Fig. 9, the voltage output (volt) in receiver side is inversely proportional with the distance between the receiver and transmitter circuit.

B. DC Load

Fig. 10 shows the designed wireless transfer energy sys-tem to supply a rotary fan as the load. Table II shows the measurement data, where we measured the voltage output in receiver circuit side in different distances, minimum 2 cm and maximum 13 cm, and the minimum output voltage is 6.9 volt and the maximum is 25 volt. The resulted current supplied to the load is minimum 0.48 A and maximum 1.64 A.

(a) Electric circuit

(b) transfered energy to turn on a rotary fan

Fig. 10: Wireless transferred energy with DC load

TABLE II: Wireless energy transmission with DC Load

No Transmitter Dist (cm) Receiver

Vt (volt) Load Current (A) Vr (volt)

1 30 2 1.64 25

2 30.2 3 1.56 24.6

3 30 4 1.45 23.5

4 29.9 5 1.39 20.8

5 30 6 1.32 18.5

6 29.8 7 1.17 16.8

7 30 8 1.05 13.8

8 29.9 9 0.98 11.9

9 30 10 0.87 10.9

10 30 11 0.63 9.2

11 30 12 0.5 8.1

12 30 13.2 0.48 6.9

Fig. 11: The relation between voltage output and distance for DC load

Fig. 12: The relation between voltage output and current for DC load

a. The relation between distance (cm) and output voltage

(volt)

Table II shows that the further distance between wire loop coil in transmitter and receiver, the resulted voltage output in receiver side is getting smaller. This phenomenon is also shown in Fig. 11, where there is inversely proportional relation between distance (2-13 cm) to the voltage output in receiver circuit (25-6.9 volt).

b. The relation between distance (cm) and current (A)

From Table II, we can see that the further the distance (2-13 cm) between the receiver and transmitter coils, the resulted output current applied to rotary fan is getting smaller (1.64-0.48 A). This is also shown by Fig. 12, where there is

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inversely proportional relation between the distance and the output current in receiver circuit.

Based on the experimental results above, we can conclude that the wireless transmission of electric power is possible to realize. The electrical energy can be transmitted from the source to domestic appliances without the application of messy cables. This study has shown a simple and yet effective design. In this paper, we only use one load for AC and DC supply, in future research we will improve the design to be more simpler and able to supply load with higher electric power requirement.

IV. CONCLUSION

The wireless transmission of electric power is now possible to realize. The electrical energy can be transmitted from the source to domestic appliances without the application of messy cables. This study has shown that the propose design circuit can supply 15 watt bulb and rotary fan in maximum distance 13.2 cm. In AC load, bulb, the further distance between the receiver and transmitter circuit, the lesser electric energy received by the receiver. For DC load, the further distance between the receiver and transmitter will cause the smaller current received by the receiver. It means that electric efficiency is reduced as the distance between transmitter and receiver gets further. This study has shown a simple and effective design to realize the wireless electric supply for home appliances.

REFERENCES

[1] R. Butkar, Wireless Energy Transfer using Magnetic Resonance, pre-sented at Second International Conference on Computer and Electrical Engineering (ICCEE’09), pp. 512-515, Dec 2009.

[2] M. J. Sibakoti, and J. Hambleton, Wireless Power Transmission using Magnetic Resonance, Cornell College PHY312, Dec 2011.

[3] C. A. Tucker, Transmission of Wireless Power by Magnetic Resonance, Ph.D. dissertation, School of Systems Engineering, The University of Reading, 2013.

[4] M. Amato, F. Dalena, C. Coviello, M. De Vittorio, and S. Petroni, Modeling, Fabrication and Characterization of Micro-coils as Magnetic Inductors for Wireless Power Transfer, Microelectronic Engineering, vol. 111, pp. 143-148, 2013.

[5] X. Yu, S. Sandhu, S. Beiker, R. Sassoon, and S. Fan, Wireless Energy Transfer with the Presence of Metallic Planes, Applied Physics Letter 99, vol. 214102, 2011.