![](bg5.png)
Fig 17: Motor torque.
4 CONCLUSION
A straightforward solar photovoltaic array with a
BLDC motor based on a Zeta converter has been
proposed to power a water pumping system. In order
to power the motor, a photovoltaic array, a circuit
made up of one diode-equivalent solar cells is used as
the input source. This array has numerous advantages,
such as being free, clean, and non-polluting.
Fuzzy based MPPT controller is used to run the
converter switch and extract the maximum power
from the solar panel; the results are compared with
the incremental conductance approach. It can be
noticed that Fuzzy based MPPT gives better results,
and time taken to achieve speed response is fast. Here
Zeta converter is used because of its various
advantages such as circuit is simple, fast response,
wide range of power tracking. And for boosting the
photovoltaic array output voltage zeta converter is
used.
The absence of brushes in brushless motors results
in improved performance characteristics, eliminating
the drawbacks of standard brushed DC motors.
Electronic commutation is used in Brushless DC
motors to execute commutation, and the motor's
speed is controlled without the use of an additional
control circuit. The proposed system is created using
MATLAB / SIMULINK software. To validate the
suggested system, output waveforms of PV panel, the
zeta converter, and the Brushless DC motor are
shown.
REFERENCES
Sujata S. Naik, shirish B. Karapurar, (2019)
“Implementation of Zeta converter in SPV
Application”, International Journal of Scientific and
Engineering Research, volume 10, Issue 5.
AbolfazlHalvaeiNiasar, Hassan Moghbelli,
AbolfazlVahedi, (2005) “Modeling and Simulation
Methods for Brushless DC Motor Drive”.
Chandani Sharma, Anamia Jain, (2014) Solar panel
Mathematical Modeling using simulink, International
Journal of Engineering Research and Applications,
ISSN : 224-9622 vol 4, Issue 5.
Nandini. D, Juna John Daniel, (2017). “Modeling of BLDC
motor driven solar water pump with INC-MPPT in
MATLAB”, International conference on circuits power
and computing technologies.
M. Lokanadham, K. Vijay Bhaskar, “Incremental
conductance based maximum power point tracking
(MPPT) for photovoltaic system”. International
Journal of Engineering Research and Applications,
ISSN-224-9622 vol2, Issue 2, Mar-Apr 2012.
M. Archana, J. AnithaThulasi, M. BelsamJebaAnanth."An
efficient solar power based four quadrant operation of
BLDC motor", 2016 International Conference on
Electrical, Electronics, and Optimization Techniques
(ICEEOT), 2016.
S. Iyappan, R. Ramaprabha, Design and Implementation of
Brushless DC Motor Based Solar Water Pumping
System for Agriculture using Arduino UNO,
International Journal of Engineering and Technology.
T. Esram. P. L. Chapman, Comparison of Photovoltaic
Array Maximum Power Point Tracking Techniques,
IEEE Trans. Energy. Conver.,vol 22, No 2, PP. 439-
449.Jun 2007.
Mr.Madhusudhan Sing, ArchanaGarg “Performance
evaluation of BLDC motors with conventional PI and
fuzzy speed controller”.
P. S. Bhimbra, “Electrical Machinery”, Khanna Publishers,
New Delhi.
R. Saxena, Y. Pahariya, A. Tiwary, “Modeling and
Simulation of BLDC Motor Using Soft Computing
Techniques”, Proc. of Automation and Logic
Conference-ICAL 2008, pp-2847-2851, sept. 2008,
Qingdao,China.
Rajan Kumar, Bhim Singh “ Grid interfaced solar PV
powered brushless DC motor driven water pumping
system” IEEE International conference on power
electronics, Intelligent control and energy system 2016.
A. Shahin, A. Payman, J.-P. Martin, S. Pierfederici And
F.Meibodytabar, “Induction Motor Driven Solar Water
Pumping System,” 36th Annual Conference On IEEE
Industrial Electronics Society, Pp.373-378, 7-10 Nov.
2010.
Kumar, R., & Singh, B. “Buck-Boost Converter Fed BLDC
Motor Drive For Solar PV Array Based Water
Pumping”. IEEE International Conference On Power
Electronics, Drives And Energy Systems (PEDES), (Pp.
1-6), 2014.
H Kukde“Solar Powered Brushless Dc Motor Drive for
Water Pumping System”, International Conference on
Power and Embedded Drive Control (ICPEDC), 2017.
Kartikesh Kumar Jha And MdNishat Anwar Solar
Photovoltaic Based Brushless DC Motor Driven Water
Pumping System Using PSO-MPPT Algorithm” .
Tsai-Fu Wu, L.G. Franquelo, J. T. Bialassiewicz, E.
Galvan, R. C. P. Guisado, Ma. A. m. Prats, J. I. Leon,
and N. Moreno-Alfonso, “Power-electronics systems
for the grid integration of renewable energy sources: a
survey, “IEEE Trans. Ind. Electron. Vol53, no 4, pp.
1002-1016, Aug 2006.
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