Analysis of operating modes of a stand-alone wind turbine with induction generator using pulse converter for charging batteries based on simulation

Keywords: wind energy, wind turbines, pulse transformer, charging the battery

Abstract

Stand-alone wind turbine systems with induction generator can be used to supply power to remote areas from central system consumer as having a relatively simple design, high reliability, and not complicated scheme connection to work in parallel with the electrical grid. At the same time, the induction generator requires supplying reactive power to stator winding for selfexcitation, which is often supplied from capacitors block.
The most difficult task for the performance of wind turbine with induction generator is the regulation of the tension and frequency, which are influenced by the variations of wind speed
and keeping the indices of quality of electrical energy within mode operation.
The present article analyzes the efficiency and performance of the stand-alone wind turbine system with induction generator and pulse converter for charging battery system through
simulation model. The model was developed with software Matlab/Simulink program. Found that adjusting the duty cycle signal between 0.1 up to 0.9 is possible to use the maximum wind energy, which is transformed by the induction generator.

Author Biographies

V. Holovko, Institute of Renewable Energy, NAS of Ukraine

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chief researcher at Institute for Renewable Energy, National Academy of Sciences of Ukraine.

Education: graduated from the Ukrainian Agricultural Academy in 1977 with the degree of "Electrification of Agriculture".

Area of researches: renewable sources of energy, wind power systems, small capacity wind units, autonomous power systems.

Publications: 145.

V. Kokhanievych, Institute of Renewable Energy, NAS of Ukraine

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Research fellow at Institute for Renewable Energy, National Academy of Sciences of Ukraine.

Education: graduated from the Kyiv Polytechnic Institute in 1979 with the specialization "Technology of Machine-Building, Metal Cutting Machines and Tools".

Area of researches: power systems, converting types of energy, automation and modelling processes. wind power systems, small capacity wind units, control systems and protect.

Publications: 118.

M. Shykhaylov, Institute of Renewable Energy, NAS of Ukraine

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Researcher in wind department at Institute for Renewable Energy, National Academy of Sciences of Ukraine.

Education: graduated from the Kyiv Polytechnic Institute in 1979 with the speciality "Hydropneumatic and Hydraulic Drive";

Area of researches: wind power systems, small capacity wind units, control systems.

Publications: 189.

K. Sandoval, National Technical University of Ukraine "Igor Sykorsky Kyiv Polytechnic Institute"

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Information about the author: intern of National Technical University of Ukraine «Igor Sikorsky Kyiv Polytechnic Institute».

Education: graduated from the Vinnitsa Polytechnic Institute in 2010.

Research area: power systems, converting types of energy, automation and modelling processes.

References

1. G. Raina, O.P. Malik. Wind energy conversion using a
self-excited induction generators. IEE Proc. Part-C 129 (6)
(1982) 260-265.
2. S. K. Goyal, D. K. Palwalia. Analysis of performance
parameters and estimation of optimum capacitance for the
asynchronous generator. Eng. Sci. Tech. Int. J . – 2016.
3. A. Abbou, M. Barara, A. Ouchatti. Capacitance required
analysis for self-excited induction generator. Journal of Theoretical
and Applied Information Technology. 2013. Vol. 55.
No.3. PP. 382-389.
4. C. Chakraborty, S.N. Bhadra, A.K. Chattopadhyay ‘Excitation
requirements for standalone three phase induction generator’,
IEEE Transactions on Energy Conversion, Vol.13, No.
4, 1998, pp 358-365.
5. E. Muljadi, P. W. Carlin, R. M. Osgood. Circle Diagram
Approach for Self-Excited Induction Generators. North America
Power Symposium Howard University. 1993.
6. Muljadi, E. Investigation of Self-Excited Induction Generators
for Wind Turbine Applications / E. Muljadi, J. Sallan, M.
Sanz, C.P Butterfield // National Renewable Energy Laboratory.
– 2000. – P.1-9.
7. D. Giribabu, M. Das, A. Kumar. Comparative study of
control strategies for the induction generators in wind energy
conversion system. Wind and Structures. 2016, Vol. 22, No.6 ,
pp 635-662.
8. V. Krivtsov, A. Oleynikov, AI Yakovlev. Neyscherpemaya
energy. Book. 1. Vetroэeletroheneratorы.- Uchevnyk.- Kharkov:
Nat. Aэrokosmyu University of "Kharkiv. avyats. in-t "Sebaste.
2003. – 400 p.
9. S. Kumar, S. Sehgal, S. Bhosle. Voltage and frequency
control of SEIG in small wind power plant using VFC. IJAREEIE.
2013. Vol.2, No.8. pp.4098-4106.
10. Jose Antonio Barrado, Robert Griño. Analysis of
voltage control for a self-excited induction generator using a
three-phase four –wire electronic converter.
11. Khaled S. Sakkoury, Safaa Emara. Analysis of wind
driven self-excited induction generator supplying isolated DC
loads / Journal of Electrical Systems and Information Technology.
– 2016.
12. Vellapatchi Nayanar, Natarajan Kumaresan. Winddriven
Seig supplying DC microgrid through a single-stage
power converter / Engineering Science and Technology, an International
Journal. – 2016.
13. Mohd. Tariq, Yuvarajan S. Simulink Based Modeling
Analysis and Simulation of self-excited induction generator for
use in remote areas / IU-JEEE . – 2013 . – Vol.13. – PP. 1623–
1629.
14. K. Suresh, R. Arulmozhiyal. Design and
implementation of bi-diretional dc-dc converter for wind energy
system. Circuits and Systems. 2016. Pp. 3705-3722.
15. V. Senko, NV Panasenko. C31 Electronics and
microcircuitry: In 4 t. Volume 4. Book 1. Smlova electronics:
Jos. Manual / Ed. VI Senka. – K . : Caravel, 2012. – 640 p.
16. W. R. Erickson, D. Maksimovic. Fundamentals of
Power Electronics-Second Edition. Secaucus, NJ, USA: Klewer
Academic Publishers, 2000. – p. 883.
17. Kudrya S. Study of the battery charger from the wind
turbine / SA Kudrya, VI Bud'ko, VB Pavlov, AV Popov VE //
Vidnovlyuv Pavlenko. energy. – 2010. – № 4. – P. 5–10.
18. V.M. Golovko, V.P. Kohonyevych. Analysis layout
independent wind power systems with asynchronous generator /
Renewable Energy // Golovko V.M., Kohanyevych V.P. – 2015.
– Vol. 1. – № 43. – 37–40 c.
19. Mkhitaryan N.M. Analysis Features nekotorыh
synhronnіh and asynhronnыh generators USED IN kachestve
avtonomnіh sources of energy / N.M. Mkhitaryan, S.A. Kudrya,
N. Permynov, V.F. Budennыy // Vidnovlyuv. energy. – 2010. –
№ 2. – C. 7–9.

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PDF Downloads: 43
Published
2017-06-14
How to Cite
Holovko, V., Kokhanievych, V., Shykhaylov, M., & Sandoval, K. (2017). Analysis of operating modes of a stand-alone wind turbine with induction generator using pulse converter for charging batteries based on simulation. Vidnovluvana Energetika, (2 (49), 63-74. Retrieved from https://ve.org.ua/index.php/journal/article/view/63