SIMULATION AND CONTROL TECHNIQUE FOR SINGLE PHASE SUB MODULE INTEGRATED PV SYSTEM (20150264)
Authors :
MS. JYOTI C. DESHMUKH
, PROF. A. A. CHANDANE
, PROF. S. S. RASHINKAR
Abstracts : The photovoltaic (PV) system that is based on sub
module-integrated converters (subMICs) is capable of
maximizing solar energy harvest by eradicating
power losses due to intrapanel mismatch. Modeling
and simulation of subMIC-based systems are
important to study the effect of PV partial shading,
prove new control strategies, analyze distributed
system dynamics, optimize system configurations,
and determine system parameters, etc. However, the
simulation of such systems can be very challenging
due to the large number of switching-mode power
units, nonlinear nature of PV generators, and
complication of the coordinating control. This project
provides an effective solution to simulate and control
single-phase grid-tied PV systems that are based on a
practical subMICs configuration by sliding mode
control. The approach includes the simplified PV cell
model and averaged model for power converters,
which consider all dynamic interactions among the
maximum power point tracking (MPPT).
Pages : 82-87
Downloads : 190
Publication Date : 2017-03-26
Modified Date : 2018-01-18
Cite/Export
MS. JYOTI C. DESHMUKH ,
PROF. A. A. CHANDANE ,
PROF. S. S. RASHINKAR ,
"SIMULATION AND CONTROL TECHNIQUE FOR SINGLE PHASE SUB MODULE INTEGRATED PV SYSTEM", JournalNX - A Multidisciplinary Peer Reviewed Journal, NCMTEE-2K17, ISSN : 2581-4230, Page No. 82-87