Energy Reports,
Journal Year:
2023,
Volume and Issue:
9, P. 1777 - 1806
Published: Jan. 5, 2023
Various
electric
vehicle
charging
and
discharging
strategies
(EVs)
V2G
technologies
are
discussed
in
this
article
as
their
impacts
on
energy
distribution
networks.
The
application
that
can
be
used
vehicles
offers
many
benefits,
demonstrated.
Features
such
active
power
regulation,
reactive
support,
load
balancing,
current
harmonic
filtering
incorporated
into
technology.
Although
technology
has
there
also
several
challenges.
These
challenges
include
reduced
battery
life,
communication
overhead
between
EVs
grids,
changes
network
infrastructure.
briefly
discusses
the
effects
of
penetration
levels,
profiles,
various
other
aspects
controlled
from
a
performance
perspective.
This
includes
overloading,
deteriorating
quality,
loss.
A
comprehensive
analysis
uncontrolled
charging–discharging
methods,
delayed
indirect
bidirectional
intelligent
scheduling
is
presented
study.
Several
issues
regarding
applications
an
aggregator’s
Analysis
shows
Li-ion
batteries
recharged
2000–4000
times,
mass-produced
costs
$200–$500
per
kWh.
Degradation
at
80%
discharge
depth
estimated
to
$130
MWh
300
kWh
investment
cost.
10%
peak
capacity
could
come
PEVs
20%
range.
Around
87.5%
properly
charged.
Energies,
Journal Year:
2023,
Volume and Issue:
16(10), P. 4025 - 4025
Published: May 11, 2023
The
use
of
machine
learning
and
data-driven
methods
for
predictive
analysis
power
systems
offers
the
potential
to
accurately
predict
manage
behavior
these
by
utilizing
large
volumes
data
generated
from
various
sources.
These
have
gained
significant
attention
in
recent
years
due
their
ability
handle
amounts
make
accurate
predictions.
importance
particular
momentum
with
transformation
that
traditional
system
underwent
as
they
are
morphing
into
smart
grids
future.
transition
towards
embed
high-renewables
electricity
is
challenging,
generation
renewable
sources
intermittent
fluctuates
weather
conditions.
This
facilitated
Internet
Energy
(IoE)
refers
integration
advanced
digital
technologies
such
Things
(IoT),
blockchain,
artificial
intelligence
(AI)
systems.
It
has
been
further
enhanced
digitalization
caused
COVID-19
pandemic
also
affected
energy
sector.
Our
review
paper
explores
prospects
challenges
using
provides
an
overview
ways
which
constructing
can
be
applied
order
them
more
efficient.
begins
description
role
operations.
Next,
discusses
systems,
including
benefits
limitations.
In
addition,
reviews
existing
literature
on
this
topic
highlights
used
Furthermore,
it
identifies
opportunities
associated
methods,
quality
availability,
discussed.
Finally,
concludes
a
discussion
recommendations
research
application
future
grid-driven
powered
IoE.
Alexandria Engineering Journal,
Journal Year:
2023,
Volume and Issue:
82, P. 260 - 290
Published: Oct. 12, 2023
Nowadays,
the
use
of
electric
vehicles
(EVs)
is
increasing
as
charging
infrastructure
for
these
EVs
necessary.
The
highly
rapid
loading
technology
can
charge
cars
and
looks
like
refilling
fuel
in
vehicles.
This
article
covers
review
sophisticated
infrastructure,
several
topologies
converters,
quick-charging
technologies
to
meet
future
requirements.
Specifically
designed
AC/DC
front-end
stage
non-isolated
isolated
DC/DC
converters
are
suitable
Fast
Charging
Stations
(FCS)
their
applications
that
automotive
battery
isolation
In
addition,
evaluate
benefits
converting
medium
voltage
low
at
FCS
by
substituting
a
Solid-State
Transformer
(SST).
Also,
this
paper
presents
topological
survey
available
stations.
performance
various
stations
discussed
based
on
grid
support,
modularity,
power
density,
other
factors.
Energies,
Journal Year:
2023,
Volume and Issue:
16(2), P. 630 - 630
Published: Jan. 4, 2023
Due
to
the
rapid
expansion
of
electric
vehicles
(EVs),
they
are
expected
be
one
main
contributors
transportation.
The
increasing
use
fossil
fuels
as
most
available
energy
sources
has
led
emission
greenhouse
gases,
which
will
play
a
vital
role
in
achieving
sustainable
transportation
system.
Developed
and
developing
countries
have
long-term
plans
policies
EVs
instead
internal
combustion
renewable
generate
electricity,
increases
number
charging
stations.
Recently,
meet
demand
for
EVs,
focus
researchers
been
on
smart
solutions.
In
addition,
maintaining
power
quality
peak
grids
become
very
difficult
due
widespread
deployment
personal
commercial
vehicles.
This
paper
provides
information
EV
control
that
can
used
improve
design
implementation
station
infrastructure.
An
in-depth
analysis
types,
global
standards,
architectures
AC-DC
DC-DC
converters
covered
this
review
article.
investigating
collectors,
well
penetration,
systems
facilitate
integration
with
is
goals
paper.
IEEE Open Journal of Vehicular Technology,
Journal Year:
2024,
Volume and Issue:
5, P. 278 - 297
Published: Jan. 1, 2024
The
electrification
of
the
transportation
sector
is
an
important
step
to
ensure
a
sustainable
system.
It
offers
promising
solution
reduce
oil
consumption,
decrease
Greenhouse
Gas
(GHG)
emissions,
improve
air
quality,
increase
efficiency,
and
it
can
play
role
in
integration
renewable
energy
resources
into
electric
grid.
However,
one
biggest
bottlenecks
vehicles
requirement
for
various
charging
infrastructure
options.
Three
technologies
have
emerged
as
game-changers:
Dynamic
Wireless
Charging
(DWC),
Battery
Swapping
Stations,
Fast
Stations
(FCSs).
These
advancements
potential
adoption
Electric
Vehicles
(EVs)
by
addressing
critical
challenges
such
range
anxiety
downtime
issues
EV
users.
primary
focus
this
work
on
FCS,
which
currently
represents
most
readily
available
option
market.
To
optimal
utilization
infrastructure,
address
related
routing
EVs
nearest
FCS
that
meet
requirements,
wait
time,
duration
cost.
Vehicle-to-Everything
(V2X)
Internet
(IoV)
will
enhancing
FCS.
Additionally,
coordination
demand
essential
achieve
grid
load
balancing
prevent
overload.
main
paper
present
vision
future
trends
Smart
Green
IoV
era
V2X
connectivity,
integration,
vehicular
networking,
data
security,
services.
Energy Strategy Reviews,
Journal Year:
2024,
Volume and Issue:
54, P. 101478 - 101478
Published: June 29, 2024
This
study
investigates
the
techno-economic
impacts
analysis
of
renewable
energy-based
hybrid
energy
storage
system
integrated
grid
electric
vehicles
charging
station
(EVCS)
in
Malaysia.
Focusing
on
three
potential
locations
namely
Pulau
Pinang,
Johor
Bharu
and
Kuala
Terengganu,
research
aims
to
address
increasing
electricity
demand
from
expanding
vehicle
(EV)
infrastructure
while
mitigating
instability
issues
caused
by
sudden
load
surges,
increased
electrical
losses,
overload
high
voltage
devices
that
leads
power
quality
issues.
Using
HOMER
Pro
platform,
models
optimises
an
EVCS
configuration-based
incorporates
sources
(RES)
such
as
photovoltaic
(PV),
wind
turbines
(WT),
lithium-ion
(Li-ion)
batteries,
hydrogen
(H2)
tank,
fuel
cell
(FC)
electrolysers
considering
various
geographical
meteorological
conditions.
The
configuration
offers
a
long-term
solution,
surpassing
current
batteries'
capabilities
providing
stable
supply
for
sustainable
system.
results
demonstrated
favourable
outcomes,
with
total
Net
Present
Cost
(NPC)
ranging
$1.4
million
$3.4
across
all
locations,
Energy
(COE)
$0.03/kWh
$0.16/kWh.
These
findings
suggest
optimization
methodology
is
adaptable
implementation
diverse
different
innovation
beneficial
developing
renewable-based
infrastructures,
which
can
support
economic
growth
In
addition,
emphasizes
necessity
advanced
control
algorithms
manage
during
peak
suggests
future
field
trials
validate
system's
real-world
performance.
Additionally,
optimized
EVCS-based
contributes
reducing
carbon
dioxide
(CO2)
emissions,
promoting
cleaner
environment
eco-friendly
ecosystem.
Results in Engineering,
Journal Year:
2024,
Volume and Issue:
23, P. 102631 - 102631
Published: July 27, 2024
This
review
article
discusses
current
developments
in
the
Electric
Vehicle
(EV)
industry,
encompassing
technological
breakthroughs,
challenges,
and
emerging
research
hotspots.
EVs
gained
popularity
as
costs
dropped
consumers
grew
more
ecologically
conscientious.
The
evolution
of
EV
components,
including
battery
cell,
electric
motor,
charging
method,
utilized
standards,
is
exhaustively
detailed
this
review.
Encouraging
sustainable
environmentally
friendly
transportation
requires
production
electricity
from
clean
energy
sources
for
charging.
Therefore,
study
involves
application
advanced
technologies
like
to
Grid
(V2G)
(G2V),
addition
integration
Renewable
Energy
Sources
(RES).
significance
Battery
Management
System
(BMS)
ensuring
safe
operation.
discussion
also
includes
efforts
undertaken
by
various
government
bodies
worldwide
encourage
adoption
EVs.
paper
concludes
addressing
prospects
near
future
area
outstanding
boundaries
that
are
available
academic
industry
entities.
