A SINGLE INDUCTOR MULTI-PORT POWER CONVERTER FOR ELECTRIC VEHICLE APPLICATIONS
DOI:
https://doi.org/10.70914/Keywords:
Voltage i, MPPT, converter., Zero i voltage iAbstract
DC-DC i converters i provide i a i major i contribution i in i today's i power i electronics i world. i They i find iuse i in i manyi applications i like i renewable i energy i resource i which i inlude i solar, i wind, i fuel i cell i and i so i on. i Renewable i energy i sources i mainly i depend i on i climatic i conditions i and i will i be i
varying i
in i
nature. i
To i
get i
a i
stable i
DC i
voltage, i
we i
can i
use i
various i
kinds i
of
i
renewable i
sources i
simultaneously. i
Among i
the i
different i
kind i
of i
DC-DC i
converters, i
multiport i
DC-DC i
converter i
is i
a
i
kind i
of i
DC-DC i
converter i
which i
becomes i
popular i
in i
use i
because i
of i
its i
efficiency, i
reliability, i
use i
of i
less i
number i
of
i
components, i
reduced i
cost i
and i
also i
due i
to i
the i
production i
of i
more i
number i
of i
outputs i
with i
either i
a i
single i
input i
or i
by
i
multiple i
inputs. i
By i
using i
a i
multiport i
DC-DC i
converter i
we i
can i
obtain i
different i
levels i
of i
voltages i
from i
a i
single
i
converter i
itself i
which i
finds i
its i
usage i
in i
applications i
like i
an i
electric i
vehicle, i
renewable i
energy, i
etc. i
In i
this i
paper, i
a i
study
i
regarding i
different i
topologies i
of i
multiport i
DC-DC i
converters i
with i
single i
input i
and i
multiple i
outputs i
is i
discussed.
i
These i
converters i
are i
compared i
at i
the i
end i
and i
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