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Dual Powered Two-wheeler for Vendors

Phejil K Paul, Vishnu Jayakumar, Job Varghese George, Vishnu Revi, Sajana Gopi


Today the major problem faced by the Indians is the day by day fuel cost increment. We are introducing a new method to reduce fossil fuel usage without compromising on the efficiency of our two-wheeler with reduction in the overall fuel cost. We can increase the efficiency and reduce pollution by the usage of this dual powered vehicle. The objective of this paper is to construct an efficient petrol bike with supplementary electrical power supply, so the vehicle is dual powered as named. Battery can be charged using either solar energy or by means of electric supply. Charging is controlled by a microcontroller to ensure efficient storage of charge in a battery bank while preventing over charging. The stored energy would be delivered to a BLDC motor through speed controller which will control the speed of the two- wheeler. Engine shaft and motor shaft is combined at the hub of the wheel. The main advantage of this paper is that the vehicle can be driven with engine as well as motor which will efficiently reduce the pollution and increase the overall mileage. Each individual source will power the vehicle, but there will be only one at a time to drive the vehicle. The vendors are selling their products at different places, so they need to travel more distance at a time resulting in larger fuel loss when driven in petrol. In our system it will not be a challenge and even if the power consumption is high. So, our idea becomes socially relevant, cheap and reliable.


Brushless DC Motor(BLDC)

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Wolfgang Gruber, Wolfgang Back and Wolfgang Amrhein: “Design and implementation of a wheel hub motor for an electric scooter”. Institute of electrical drives and power electronics, Johannes Kepler University of Linz, Altenberger str. 69, A- 4040 Linz, Austria.

Orville J. Birkestrand: “Modular motorized electric wheel hub assembly for bicycles and the like.” United State Patent

Manuele Bertoluzzo and Giuseppe Buja, Fellow, IEEE: “Development of electric propulsion system for light electric vehicles.” IEEE transaction on industrial informatics, vol 7, no.3, august 2011.

Daniel Fodorean, Lhassane Idoumghar and Lorand Szabo, member, IEEE:” Motorization for an electric scooter by using permenant- magnet machines optimized based on a hybrid metaheuristic algorithm.” IEEE transaction on vehicular technology, vol 62, no.1, jan 2013.

N. Ravi, S. Ekram and D. Mahajan:” Design and development of a in-wheel brushless DC motor drive for an electric scooter.”

Byeong-Mun song, Ki-Chan Chang and Jang-Young Choi, Dept. of electric and computer engineering baylor university, USA:” Design of an outer- rotor- type permanent magnet motor for electric scooter propulsion systems”. The 2010 international power electronics conference.

W. Chlebosz, G Ombach, J. Junak:” Comparison of permanent magnet brushless motor with outer and inner roter used in e-bike” XIX international conference on electrical machines- ICEM 2010, ROME.

Saurabh Nikam, Vandana R, B.G Fernandesm, Dept. of electrical engineering IIT Bombay, India:” A high torque density permanent magnet free motor for in- wheel electric vehicle application”.

W.K. Yap and V.Karri:” Modeling and simulation of a hybrid scooter”. World academy of science , engineering and technology, international journal of mechanical, aerospace, industrial, mechatronics and manufacturing engg. Vol.2, no.11 2008.

Annette Muetze and Ying C.Tan:” Electric bicycles”, A performance evaluation.

Nikhil Hatwar, Anurag Bisen, Haren Dodke and Akshay Junghare:” Design approach for electric bikes using battery and super capacitor for performance improvement|”. Proceedings of the 16th international IEEE annual conference on intelligent transportation system, the Hague, oct 6–9, 2013.

David G Dorrel, University of technology Sydney and Mirca Popescu motor design ltd, UK:” Drive motor designs for electric motor cycles”.

Gyu- Jin Jo, Young- Jae Ryoo, dept. of control engg and robotics and Daeyeong Im and Hynrok Cha, automotive components R&D group, Korea:” Electric driven three- wheeled robotic vehicle for personal mobility system. “ Dec 3–6, 2014.

Zhaowan, Adeeb Ahmud and Iqbal hussain,dept.of electrical and computer engg:”A novel transverse flux machine for vehicle traction aplication.”

K. Latha Shenoy, and M Satyendra Kumar prof. Dept. of EEE N.M.A.M. Institute of technology Karnataka:” Design topology and electromagnetic field analysis of permanent magnet brushless DC motor for electric scooter application” International conference on electrical, electronics and optimization techniques- 2016.

P.Andrada, E.Martinez, B.Blanque, M.Torrent, J.I.Perat, J.A.Sanchez:” New axial- flux switched reluctance motor for E- scooter”.

Mehmed Yuksel, Stefen Losch, Sven Kroffke, Michael Rohn and Frank Kirchner:” BLDC wheelhub motor and motor controller performance test of a concept electric robotic vehicle in HIL according to real driving characteristics”.

S. Abhirami, S. Madhubala, R.Jayapriya, post graduate students:” Desing of BLDC hub motor using FEM analysis”.

V.Sankaranarayanan and Sowmya Ravichandran, Dept.of electrical engg:” Torque sensorless controller of a human- electric hybrid bicycle” Internantional conference on industrial instrumentaion and control college of engg. Pune, may 28–30, 2015.

Matteo Corno, Daniele Berretta, Sergio M. Savaresi:” Human machine interfacing issues in SeNZA, a series hybrid electric bicycle” American control conference , july 1–3, 2015.

Matteo Corno, Federico Roselli, and Sergio M. Savaresi:” Bilateral control of SeNZA- a series hybrid electric bicycle” IEEE transaction on control system technology.

Junbo Jai, Gucheng Wang, Yew Thean Cham, IEEE member:”electrical characteristic study of a hybrid PEMFC and ultracapacitor system” IEEE transaction on industrial electonics vol-57, no.6, june 2010.

Matteo Corno, Daniele Berretta, Pierfrancesco Spagnol, and Sergio and Savaresi:”Design, control and validation of a charge- sustaining parallel hybrid bicycle” IEEE transaction on control system technology.

P.Spagnol, G Alli, C.Spelta, P. Lisanti:” Afull eletric bike: how to human efficiency” American control conference, Canada june 27–29 , 2012.

Dipanjan Mazumdar, Surajit Das, N. Pramila Rao:” Dwevelopment of 48v starting system for a two wheeler parallel hybrid.

T. W. Ching, IEEE member and K.U Chan:” Afull hybrid electric scooter”.

Cite this Article

Phejil K Paul, Vishnu Jayakumar, Job Varghese George, Vishnu Revi, Sajana Gopi. Dual Powered Two-wheeler for Vendors. Journal of Telecommunication, Switching Systems and Networks. 2019; 6(2): 39–48p.


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