This
comprehensive
literature
review
analyzes
the
current
state-of-the-art
research
on
5G
applications
and
technologies
in
smart
grids.
Adhering
to
PRISMA
guidelines,
presents
a
detailed
taxonomy
of
methodologies
being
utilized
this
field.
The
searched
various
electronic
databases
from
2012
2022,
conducted
bibliometric
analysis
identify
trends,
influential
authors,
journals,
institutions
identifies
used
Smart
grids,
potential
benefits
technology
enhancing
efficiency,
reliability,
security
grid
systems.
study
provides
valuable
insights
into
gaps,
future
directions
field,
can
guide
researchers
practitioners
developing
implementing
5G-enabled
International Journal of Energy Research,
Journal Year:
2024,
Volume and Issue:
2024(1)
Published: Jan. 1, 2024
Renewable
energy
sources–based
power
systems
are
increasing
rapidly
every
year
with
higher
chances
of
destabilization
and
low
quality
due
to
harmonics,
subharmonics,
interharmonics.
The
elimination
the
root
causes
these
harmonics
is
difficult
because
generated
at
different
levels
various
electronic
components.
However,
accurate
estimation
signal
harmonic
can
be
done
eliminated
a
counter
signal.
Therefore,
in
this
paper,
evolutionary
mating
heuristic
implied
accurately
estimate
parameters
harmonics.
proposed
was
tested
under
multiple
scenarios
phase
amplitude
noise
levels.
tuning
carried
out
for
encountering
predator
probability
crossover
E
pp
<0.8,
C
p
<0.9.
simulation
analysis
depicts
that
best
fitness
achieved
by
(
n
o
)
104,
78,
52,
26,
13
dB
2.8169e−11,
9.6969e−09,
3.7703e−06,
1.3501e−03,
2.8624e−02,
respectively,
iteration
I
=
1249.
comparative
shows
performance
significantly
better
than
other
heuristics.
IEEE Access,
Journal Year:
2023,
Volume and Issue:
11, P. 78768 - 78777
Published: Jan. 1, 2023
A
new
microstrip
triplexer
with
a
compact
size
of
0.007
λ
g2
is
proposed
in
this
work,
where
designing
less
than
0.01
big
challenge.
In
addition
to
the
size,
it
shows
high
performance
i.e.
its
channels
are
wide
low
insertion
losses.
Moreover,
flat
three
group
delays
(GDs)
0.65,
0.95
and
1.17
ns,
while
most
previously
reported
triplexers
have
not
considered
important
parameter.
The
resonator
mathematically
analyzed
find
method
get
rid
harmonics
tune
resonance
frequency.
Meanwhile,
1
xmlns:xlink="http://www.w3.org/1999/xlink">st
,
2
xmlns:xlink="http://www.w3.org/1999/xlink">nd
3
xmlns:xlink="http://www.w3.org/1999/xlink">rd
4
xmlns:xlink="http://www.w3.org/1999/xlink">th
suppressed
above
first
channel.
designed
suitable
for
5G
mid-band
applications.
exactly
fabricated
then
measured
confirm
simulation
results.
obtained
results
show
that
all
simulation,
mathematical
analysis
experimental
good
agreement.
Therefore,
can
be
easily
used
high-performance
RF
communication
systems.
Electronics,
Journal Year:
2023,
Volume and Issue:
12(17), P. 3704 - 3704
Published: Sept. 1, 2023
In
this
paper,
a
wideband
absorptive
filtering
power
divider
(AFPD)
which
features
the
characteristics
of
high
selectivity
and
flat
output
distributions
is
proposed.
It
composed
one
unequal
width
three-coupled
line
(TCL),
two
coupled
lines
(CLs),
stepped
open-circuited
stubs,
kinds
isolation
resistors,
types
branches.
The
design
equations
proposed
AFPD
are
derived
using
an
even-odd
decomposition
method,
parametric
investigations
also
performed.
found
that
passband
bandwidth
can
be
adjusted
by
stub
generates
transmission
zeros
(TZs).
By
combining
TCL
with
CLs,
effectively
enlarged.
addition,
isolated
resistors
utilized
for
achieving
good
output-port
matching
performance.
Without
affecting
responses,
input
port
feature
within
whole
frequency
band
obtained
loading
branches
both
on
ports.
For
validation,
example
operating
at
center
2
GHz
was
modeled
tested.
Results
exhibit
FBW
reaches
72%
under
1
dB
criterion,
illustrates
distributions.
10
return
loss,
impedance
bandwidths
250%
78%,
respectively.
responses
demonstrated
realizing
rectangle
coefficient
1.24
out-of-band
suppression
more
than
20
dB.
IntechOpen eBooks,
Journal Year:
2023,
Volume and Issue:
unknown
Published: June 29, 2023
The
latest
cellular
technology,
known
as
5G,
is
anticipated
to
significantly
improve
the
way
systems
in
physical
and
social
environment
(PSE)
interact
with
technology.
5G
technologies
allow
for
creation
of
a
wide
range
novel
automation
applications.
Recently,
Internet
Things
(IoT),
virtual
augmented
reality
(VAR),
telemedicine,
autonomous
vehicles
have
increased
growth
applications
PSEs
can
further
benefit
from
5G’s
fast
data
transfer
speeds
(ranging
1
10
Gbps)
low
latency.
introduction
may
cause
paradigm
shift
operations
some
industries,
offer
new
economic
opportunities,
impact
our
daily
lives
relationships
PSE.
In
this
chapter,
we
examine
how
revolutionize
transport,
environment,
health.
chapter
focuses
on
recent
related
reality,
vehicles,
edge
computing
among
others.
This
comprehensive
literature
review
analyzes
the
current
state-of-the-art
research
on
5G
applications
and
technologies
in
smart
grids.
Adhering
to
PRISMA
guidelines,
presents
a
detailed
taxonomy
of
methodologies
being
utilized
this
field.
The
searched
various
electronic
databases
from
2012
2022,
conducted
bibliometric
analysis
identify
trends,
influential
authors,
journals,
institutions
identifies
used
Smart
grids,
potential
benefits
technology
enhancing
efficiency,
reliability,
security
grid
systems.
study
provides
valuable
insights
into
gaps,
future
directions
field,
can
guide
researchers
practitioners
developing
implementing
5G-enabled
