Eastern-European Journal of Enterprise Technologies,
Journal Year:
2024,
Volume and Issue:
6(8 (132)), P. 25 - 33
Published: Dec. 30, 2024
This
study
introduces
a
structural
design
and
static
analysis
of
Mobile
Battery
Swap
Station
for
electric
motorcycles,
powered
by
solar
energy,
to
address
the
critical
need
sustainable
off-grid
charging
infrastructure.
As
adoption
motorcycles
continues
grow,
driven
demand
eco-friendly
transportation
alternatives,
lack
widespread
accessible
infrastructure
poses
significant
barrier
their
use.
In
many
regions,
expansion
traditional
grid-connected
stations
is
hindered
high
installation
costs,
space
limitations
in
urban
environments,
logistical
challenges
remote
or
underserved
areas.
The
focuses
on
robust,
mobile
frame
made
from
hollow
iron
AISI
1010
steel,
supporting
integration
photovoltaic
(PV)
panels
supply
renewable
energy
directly
battery-swapping
system.
Using
Finite
Element
Analysis
(FEA),
station’s
integrity
was
evaluated
under
uniformly
distributed
load
700
kg,
simulating
real-world
loading
conditions
components
essential
motorcycle
operations,
including
PV
mounts
battery
racks.
Results
show
maximum
displacement
4.541
mm,
peak
stress
57.716
MPa,
Factor
Safety
(FOS)
2.9,
confirming
design’s
ability
securely
stably
support
necessary
equipment
swapping.
mobile,
solar-powered
solution
advances
enabling
flexible,
grid-independent
swapping
that
particularly
beneficial
areas
locations.
station
contributes
greener
mobility
solutions
tailored
aligning
with
broader
efforts
systems
Journal of Renewable and Sustainable Energy,
Journal Year:
2025,
Volume and Issue:
17(1)
Published: Jan. 1, 2025
In
recent
years,
integration
of
sustainable
energy
sources
into
power
grids
has
significantly
increased
data
influx,
presenting
opportunities
and
challenges
for
system
management.
The
intermittent
nature
photovoltaic
output,
coupled
with
stochastic
charging
patterns
high
demands
electric
vehicles,
places
considerable
strain
on
resources.
Consequently,
short-term
forecasting
output
vehicle
load
becomes
crucial
to
ensuring
stability
enhancing
unit
commitment
economic
dispatch.
trends
transition
accumulate
vast
through
sensors,
wireless
transmission,
network
communication,
cloud
computing
technologies.
This
paper
addresses
these
a
comprehensive
framework
focused
big
analytics,
employing
Apache
Spark
that
is
developed.
Datasets
from
Yulara
solar
park
Palo
Alto's
have
been
utilized
this
research.
focuses
two
primary
aspects:
generation
the
exploration
user
clustering
addressed
using
artificial
intelligence.
Leveraging
supervised
regression
unsupervised
algorithms
available
within
PySpark
library
enables
execution
visualization,
analysis,
trend
identification
methodologies
both
behaviors.
proposed
analysis
offers
significant
insights
resilience
effectiveness
algorithms,
so
enabling
informed
decision-making
in
area
WSEAS TRANSACTIONS ON POWER SYSTEMS,
Journal Year:
2024,
Volume and Issue:
19, P. 350 - 359
Published: Oct. 25, 2024
Lowering
the
dependence
on
fossil
fuels
and
reducing
pollution
from
greenhouse
gas
(GHG)
emissions
is
incredibly
achievable
through
electric
vehicle
(EVs)
technology.
EV
technology
an
innovation
that
uses
electricity,
rather
than
fuels,
to
power
refuel
(recharge)
vehicles.
The
adoption
development
of
EVs
should
lead
a
decline
in
future
demand
for
which
are
finite
supply
exhaustible.
Inherent
challenges
technology,
such
as
inadequate
critical
minerals,
grid
overload,
battery
constraints,
extended
charging
durations,
insufficient
infrastructures,
high
initial
costs,
limited
driving
range,
must
be
addressed.
infrastructures
cannot
over-emphasized
vis-à-vis
impact
their
integration
into
investigated.
Effective
control
strategies
management
systems
(PMSs)
required
optimize
energy
use
improve
EVs'
efficiency
lifetime.
This
research
comprehensive
analysis
methods
assess
various
strategies,
PMSs,
effects
grid.
Sustainability,
Journal Year:
2024,
Volume and Issue:
17(1), P. 91 - 91
Published: Dec. 26, 2024
As
the
world
pivots
to
a
greener
paradigm,
Shanghai
emerges
as
an
archetype
in
sustainable
urban
transit
narrative,
particularly
through
aggressive
expansion
and
refinement
of
its
electric
vehicle
(EV)
charging
infrastructure.
This
scholarly
article
provides
comprehensive
examination
current
state
infrastructure
Shanghai,
highlighting
challenges
that
existing
may
face
light
burgeoning
market.
paper
delves
into
strategic
development
approaches
adopted
by
address
these
challenges,
emphasizing
high-power
meet
anticipated
increase
future
demands.
It
also
discusses
implementation
co-construction
sharing
models,
enhancement
interconnectivity
standardized
management
facilities,
continuous
improvement
strengthening
construction
operations.
Furthermore,
this
explores
time-of-use
electricity
pricing
policies
ongoing
conduct
demand
response
activities,
which
are
instrumental
creating
conditions
for
vehicle-to-grid
interaction.
The
aim
our
presentation
is
foster
keen
understanding
among
policymakers,
industry
stakeholders,
planners
mechanisms
necessary
effectively
navigate
emerging
market,
thereby
encouraging
harmonious
between
metropolises
transportation
systems.
Future
research
endeavors
should
delve
realms
fast-charging
technologies,
intelligent
operation
maintenance
infrastructure,
interaction
technologies.
These
areas
study
pivotal
fostering
vehicles
(EVs)
their
aligning
with
dual
objectives
advancing
systems
green
city
development.
findings
presented
herein
offer
valuable
insights
planners,
leaders,
guiding
them
crafting
informed
strategies
not
only
immediate
needs
EV
market
but
lay
groundwork
scalable
resilient
poised
support
long-term
vision
mobility.
World Electric Vehicle Journal,
Journal Year:
2024,
Volume and Issue:
15(10), P. 432 - 432
Published: Sept. 25, 2024
With
the
growing
concern
over
climate
change
and
energy
security,
Government
of
India
expedited
enhancing
share
renewable
(RE)
derived
from
solar,
wind
biomass
sources
within
blend.
In
this
paper,
a
techno-economic
environmental
analysis
microgrid-integrated
electric
vehicle
charging
stations
fueled
by
is
proposed
for
typical
area
in
State
Karnataka,
South
India.
The
power
transaction
with
grid
sell-back
price
to
national
were
investigated.
Carbon
emissions
also
assessed,
128,406
CO2
kg/Yr
can
be
saved
grid-connected
mode.
Also,
work,
different
scenarios
such
as
injecting
active
power,
reactive
absorbing
are
comprehensively
assessed.
Out
four
types,
type
3
(inject
real
power)
provides
significant
reduction
losses
up
80.99%.
synchrophasor-technology-based
monitoring
method
adopted
order
enhance
microgrid
system’s
overall
performance.
execution
times
cases
distributed
generators
(DGs)
(EVCSs)
conventional
systems
micro-phasor
measurement
units
(µPMU)
observed
19.07
s
5.64
s,
respectively,
which
well
accepted
case
online
monitoring.
