Abstract:
Solar energy is derived from solar radiations
that are replaced constantly. A Conventional dc-dc
Converter is suggested for very effective solar energy
systems. It is not capable for obtain a high voltage gain
even extreme duty cycle maintain the triggering circuit
diagram. In order to increase the voltage gain for the new
Boost converter from the solar power application. This
paper presents a novel High Step-up Ratio Interleaved
DC-DC Converter for Solar Photovoltaic Module. The
advantages of interleaved boost converter related to the
conventional boost converter are low input current ripple,
high efficiency, faster transient response, reduced
electromagnetic emission and improved reliability. The
output voltage is high and voltage stress across the active
switch is minimized and output ripples also minimized.
The waveforms of input, inductor current ripple and
output voltage ripple are achieved using
MATLAB/Simulink
