International Journal of Scientific Review and Research in Engineering and Technology

ISSN NUMBER:2455-3603 [ONLINE]
DIGITAL PUBLICATION IDENTIFIER: 16.10069.IJSRRET 
FOR DPI CONTACT  : IARC Research & Development, 77(II/A), Water Street, 8th Floor, New York, NY, 10005, United State
ARTICLE IS INVITED FOR VOLUME 3 ISSUE 3 - LAST DATE OF SUBMISSION:10/06/2018
ACCEPTANCE NOTIFICATION:WITHIN 7 DAYS - PUBLICATION DATE:15/06/2018

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Title A Design of Double Tuned Resonant Filter with Transformer Less Grid Connected Photovoltaic System
Author Name Prabhakar Kumar Pranav*, P. N. Korde
Institute Name Dept. of Electrical Engineering, G. H. Raisoni Institute of Engg.& Tech., Wagholi, Pune, India.
Abstract Now a day, renewable of energy of different sources is attracted the various researchers and investors for the research work. The photovoltaic system is the best example of the energy renewable, because of it is suitable for different applications like as distributed generation, satellite systems, and transportation. In this paper, a single-phase, single-stage current source inverter based photovoltaic system for grid connection is presents. The proposed system uses single-stage transformer which has photovoltaic array for the interfacing to the grid and it has maximum power. Also, to increase the power of photovoltaic system the proposed system uses the fuzzy logic controller. The grid can work with less current; therefore the large current can be controlled by the proportional-resonant controller. The power quality and the efficiency of the system is increases by using the double-tuned parallel resonant circuit. This is used to attenuate the second- and fourth- order harmonics at the inverter dc side. To magnetize the dc-link inductor a modified carrier based modulation technique is used in this paper. The experimental results of the proposed system show the dynamic performance and power quality.
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