Sustainability,
Journal Year:
2022,
Volume and Issue:
15(1), P. 771 - 771
Published: Dec. 31, 2022
The
fast
development
of
electric
vehicles
(EVs)
has
resulted
in
several
topics
research
this
area,
such
as
the
a
charging
pricing
strategy,
control,
location
station,
and
structure
within
station.
This
paper
proposes
optimal
design
an
EV
fast-charging
station
(EVFCS)
connected
with
renewable
energy
source
battery
storage
systems
(BESS)
by
using
metaheuristic
algorithms.
aims
to
find
number
power
chargers.
Moreover,
BESS
can
reduce
impact
on
grid,
so
these
sources
are
considered
ones
optimally-designed
EVFCS
work.
Thus,
it
is
necessary
determine
sizing
source,
BESS,
grid
EVFCS.
improve
profitability
To
solve
optimization
problem,
three
algorithms,
including
particle
swarm
(PSO),
Salp
algorithm
(SSA),
arithmetic
(AOA),
adopted.
These
algorithms
aim
which
maximizes
profit
determined
its
net
present
value
(NPV),
results
obtained
from
were
compared.
demonstrate
that
all
could
feasible
solutions
where
PSO
provided
best
NPV,
followed
AOA
SSA.
Journal of Advanced Transportation,
Journal Year:
2022,
Volume and Issue:
2022, P. 1 - 26
Published: Oct. 11, 2022
In
this
article,
the
concept
of
an
electric
vehicle
(EV)
as
a
sustainable
development
(SD)
is
discussed,
and
viability
vehicles
assessed.
This
study
broadens
conventional
definition
by
incorporating
prioritizing
crucial
areas
technology,
environment,
policy
performance.
The
proposed
review
studies
have
summarized
elements
that
can
promote
integration
technology.
innovation
EV
has
just
become
modern
innovation.
At
same
time,
some
obstacles,
such
lower
adoption,
are
resisting
its
goals.
To
overcome
situation,
cars
to
adopt
innovative
approaches
be
another
path
success.
result
shows
proposal
discusses
technological
advancements
worldwide
paves
way
for
further
improvements.
results
also
mentioned
reduce
emissions
help
us
understand
impact
on
environment
health
benefits.
However,
summary
would
advantageous
both
scholars
policymakers,
there
lack
integrative
reviews
assess
global
demand
EVs
simultaneously
collectively.
provide
insight
investors
policymakers
envisage
mobility.
IEEE Access,
Journal Year:
2022,
Volume and Issue:
10, P. 133617 - 133642
Published: Jan. 1, 2022
Green
electricity
and
green
transportation
are
the
primary
requirements
for
smart
cities.
Maximizing
EV
utilization
is
key
requirement
in
development
of
transportation.
However,
technology
faces
challenges
due
to
long
battery
recharging
time
heavy
batteries
achieve
extended
driving
ranges.
Different
approaches
investigated
charge
by
swapping,
plugin
or
wireless.
Recently
wireless
charging
approach
gaining
popularity
because
safety,
range,
dynamic
human
intervention
free
recharging.
multiple
factors
need
considered
design
WPT
system
requires
expertise
different
domains.
This
paper
discusses
a
systematic
on
various
parameters
involved
design.
The
major
functional
units
such
as
couplers,
compensation
network,
power
inverters
topologies
addressed.
Additionally,
this
issues
grid-tied
renewable
integrated
systems.
Moreover,
step
procesdure
described
understand
process
Finally,
case
studies
at
levels
presented
get
more
insights
into
practical
Journal of Energy Chemistry,
Journal Year:
2023,
Volume and Issue:
84, P. 228 - 241
Published: June 5, 2023
To
reduce
the
carbon
footprint
in
transportation
sector
and
improve
overall
vehicle
efficiency,
a
large
number
of
electric
vehicles
are
being
manufactured.
This
is
due
to
fact
that
environmental
concerns
depletion
fossil
fuels
have
become
significant
global
problems.
Lithium-ion
batteries
(LIBs)
been
distinguished
themselves
from
alternative
energy
storage
technologies
for
(EVs)
superior
qualities
like
high
power
density,
extended
cycle
life,
low
maintenance
cost
competitive
price.
However,
there
still
certain
challenges
be
solved,
EV
fast
charging,
longer
lifetime,
reduced
weight.
For
multi-stage
constant
current
(MSCC)
charging
technique
an
emerging
solution
temperature
rise
during
increase
charging/discharging
capacities,
shorten
time,
extend
life.
variations
implementation
stages,
stage
transition
criterion,
C-rate
selection
each
stage.
paper
provides
review
these
problems
by
compiling
information
literature.
An
overview
impact
different
design
parameters
(number
transition,
C-rate)
MSCC
techniques
had
on
LIB
performance
life
described
detail
analyzed.
The
discharging
capacity,
speed,
rising
presented,
this
guidelines
designing
advanced
strategies
determining
future
research
gaps.
IET Electrical Systems in Transportation,
Journal Year:
2023,
Volume and Issue:
13(1)
Published: March 1, 2023
Abstract
This
article
presents
a
comprehensive
review
on
the
reliability
assessment
and
charging
methodologies
of
electric
vehicles
(EVs)
connected
to
grid.
In
transportation
industry,
EVs
are
acknowledged
as
effective
ideas
for
reducing
consumption
fossil
fuels
emission
greenhouse
gases.
The
critical
survey
various
types
their
performance,
generally
depend
proper
interface
between
power
electronics
converters
energy
storage
devices.
Bi‐directional
utilised
enhance
efficiency
prolong
battery
life.
explores
an
in‐depth
analysis
grid
converter
topologies
distribution
networks,
infrastructures
standards,
technologies
(merits/demerits),
most
advanced
off‐board
on‐board
EV
chargers.
Evaluating
grid‐integrated
system
is
thus
important
area
research.
Then,
current
research
approaches
vehicle‐to‐grid
(V2G)
grid‐to‐vehicle
(G2V)
demonstrated
describe
travel
behaviour,
parameters,
capacity
associated
with
assess
stability
by
incorporating
discharging
thresholds
both
networks
EVs.
Finally,
this
illustrates
positive
well
negative
impacts
integration,
issues
related
converters,
specific
suggestions
developing
stations
(CS)
in
future.
Multiscale and Multidisciplinary Modeling Experiments and Design,
Journal Year:
2024,
Volume and Issue:
7(4), P. 3153 - 3172
Published: May 27, 2024
Abstract
The
urgent
need
for
sustainable
energy
solutions
in
light
of
escalating
global
demands
and
environmental
concerns
has
brought
hydrogen
to
the
forefront
as
a
promising
renewable
resource.
This
study
provides
comprehensive
analysis
technologies
essential
production
operation
fuel
cell
vehicles,
which
are
emerging
viable
alternative
traditional
combustion
engine
vehicles.
It
examines
various
types,
storage
methods,
refueling
logistics,
role
batteries
paper
also
explores
potential
impact
advancements
artificial
intelligence
quantum
computing
on
development
A
assessment
reveals
that
South
Korea
(19,270)
United
States
(12,283)
leading
adoption
fuel-cell
particularly
passenger
car
segment
(82%),
followed
by
buses
(9.2%)
trucks
(8.7%).
highlights
challenges
hindering
vehicle
implementation,
such
consistent
investment
collaboration
among
industry
stakeholders
promote
transportation
systems.
underscores
practicality
exemplified
models
like
Toyota
Mirai
Hyundai
Nexo,
offer
significant
driving
ranges
demonstrate
integration
advanced
technologies.
discusses
benefits
including
their
ability
operate
with
zero
emissions
when
paired
sources.
Graphical
The
electric
vehicle
(EV)
industry
is
experiencing
rapid
growth,
accompanied
by
continuous
advancements
in
charging
infrastructure
to
satisfy
the
rising
need
for
fast
and
reliable
charging.
Particularly,
focus
has
shifted
towards
EV
(EVFC)
its
impact
on
power
grid.
This
paper
presents
a
comprehensive
analysis
survey
of
scholarly
literature
projects
conducted
this
field
over
past
decade.
findings
highlight
demand
EVFC
address
potential
adverse
effects
However,
there
noticeable
lack
clear
research
guidance
regarding
time.
To
tackle
these
challenges
pave
way
future
solutions,
extensive
DC
charging,
ultra-fast
integration
vehicle-to-grid
(V2G)
systems
required.
review
thoroughly
investigates
development
technology
vehicles
(EVs),
including
advantages
comparative
analyses
from
various
perspectives.
Furthermore,
it
delves
into
infrastructure,
emphasizing
standards
control
modes.
study
also
different
categories
battery
chargers
both
on-board
off-board
Additionally,
explores
classification
DC-DC
converters
context
stations,
discusses
strategies
systems,
identifies
existing
challenges,
outlines
trends
Energy Storage,
Journal Year:
2025,
Volume and Issue:
7(1)
Published: Jan. 9, 2025
ABSTRACT
The
development
and
integration
of
autonomous
power
sources
(APSs)
for
electric
vehicle
(EV)
charging
infrastructure
are
essential
reducing
dependency
on
centralized
grids
advancing
sustainable
transportation.
This
study
presents
a
novel
APS
model
that
integrates
hybrid
inverters,
photovoltaic
(PV)
panels,
battery
storage
to
create
reliable,
cost‐effective,
environmentally
friendly
EV
solution.
proposed
system
achieves
30%
increase
in
efficiency
compared
traditional
grid‐dependent
models.
Furthermore,
the
reduces
operational
costs
by
40%–60%
fleet
operators
demonstrates
potential
CO₂
emissions
reduction
70%–90%
relying
renewable
solar
energy.
results
highlight
APS's
adaptability
across
various
environmental
conditions,
making
it
suitable
deployment
both
urban
remote
areas.
work
contributes
field
providing
scalable
approach
supports
green
promotes
resilience
energy
supply.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(3), P. 2813 - 2813
Published: Feb. 3, 2023
The
transportation
industry
is
transitioning
from
conventional
Internal
Combustion
Engine
Vehicles
(ICVs)
to
Electric
(EVs)
due
the
depletion
of
fossil
fuels
and
rise
in
non-traditional
energy
sources.
EVs
are
emerging
as
new
leaders
industry.
Some
essential
requirements
necessary
for
widespread
adoption
include
sufficient
charging
stations
with
numerous
chargers,
less
no
wait
time
before
charging,
quick
better
range.
To
enable
a
quicker
transition
ICVs
EVs,
commercial
organizations
governments
would
have
put
mammoth
effort,
given
low
number
installed
chargers
developing
nations
such
India.
One
solution
lower
waiting
multiple
vehicles
simultaneously,
which
might
involve
two-
four-wheelers
even
though
their
battery
voltage
ratings
differ.
This
paper
begins
by
providing
details
power
sources
EV
levels
connector
types,
along
specifications
some
chargers.
necessity
AC-DC
converters
systems
addressed
quality
concerns
increased
penetration
EVs.
Next,
review
existing
research
technology
isolated
DC-DC
simultaneous
batteries
provided.
Further,
several
potential
converter
topologies
described
design
loss
estimation.
A
summary
products
projects
features
Finally,
insight
into
future
charging.
