Publication Type:

Journal Article

Source:

Journal of Advanced Research in Dynamical and Control Systems, Volume 11, p.246-257 (2017)

Abstract:

This paper aims to describe about isolated inverter connected with an interleaved fly-back converting topology working in DCM mode where the input is given as PV source. Though Now-a-days the inverter used for photovoltaic purposes is simple and has an advantage of low-cost, it is available as micro inverter at a much lower power rating. Hence the main intention of this study is designing the fly-back converter at higher power applications other than as micro inverter. To analyse this a PV system rated at 2KW with MPPT technique is connected to a three interleaving fly-back cells and an inverter given to a load(R). MATLAB Software is used to develop the simulation model of the proposed system. After designing the Simulink model, verification and optimisation is done for better simulation results. A voltage of 315V (Vpeak) and Total Harmonic distortions of 2.98% is achieved. There upon, on the basis of experimental results the converter and its system design perform successfully and competes with already existing system specifications

Cite this Research Publication

V. S. Kirthika Devi, Sabareesh, S., and reddy, R. R. Bharath, “Performance Analysis of An Interleaved Fly-back (DC-DC) Converter using Incremental conductance algorithm for PV Source”, Journal of Advanced Research in Dynamical and Control Systems, vol. 11, pp. 246-257, 2017.