i-manager’s Journal on Electrical Engineering,
Год журнала:
2024,
Номер
18(2), С. 14 - 14
Опубликована: Янв. 1, 2024
This
paper
addresses
the
urgent
need
for
environmentally
sustainable
transportation
by
introducing
an
advanced
Microcontroller-Based
Electric
Vehicle
(EV)
model.
The
model
aims
to
optimize
energy
consumption,
improve
reliability,
and
promote
environmental
sustainability.
It
incorporates
self-driving
technology,
utilizing
a
Joystick,
Bluetooth
device,
Ultrasonic
Sensor
obstacle
detection,
with
Microcontroller
receiving
feedback
signals
that
influence
motor
operation
based
on
proximity
obstacles.
To
enhance
efficiency,
integrates
non-conventional
sources,
including
Solar
Wind
Energy.
A
Panel,
control
circuit,
DC
Converter
capture
solar
power
vehicle
through
Arduino
UNO
Motor
Driver
L298.
Weight-Based
Energy
Consumption
module
ensures
optimal
use.
vehicle's
battery
can
be
charged
using
USB
Cable
or
TP4056
charge
controller
managing
transition
between
charging
discharging.
In
case
of
emergencies,
serves
as
alternative
source.
address
fluctuation,
Storage
System
(ESS)
within
wind
turbine's
link,
supported
supercapacitors,
smooths
wind-generated
power,
mitigates
voltage
variations,
improves
fault
tolerance.
fuzzy
logic-based
scheme
efficiently
turbine
ESS
conditions,
validation
performed
computational
simulations.
proposed
offers
significant
advancements
in
electric
providing
flexibility,
adaptability
various
scenarios.
Open Computer Science,
Год журнала:
2024,
Номер
14(1)
Опубликована: Янв. 1, 2024
Abstract
Let
α
\alpha
be
a
set
of
n
n
elements
and
δ
\delta
nonnegative
integer.
A
-partition
is
pairwise
disjoint
nonempty
subsets
such
that
the
union
equal
to
every
subset
has
size
greater
than
.
We
formulate
an
algorithm
for
computing
all
-partitions
given
-element
show
runs
in
O()
{\mathcal{O}}\left(n)
space
delay
time
between
any
two
successive
outputs
set.
An
application
notion
illustrated
following
scheduling
problem.
Suppose
factory
machines
m≤
m\le
jobs
complete
daily.
Every
job
can
accomplished
by
operating
at
least
+1
+1
machines.
machine
cannot
work
on
multiple
simultaneously.
According
utilization
policy
factory’s
management,
no
allowed
idle,
so
should
running
some
job.
Find
daily
schedule
satisfying
mentioned
constraints.
Then,
’s
with
m
legal
if
(in
-partition)
includes
exclusively
or
more
run
same
Highlights in Science Engineering and Technology,
Год журнала:
2024,
Номер
121, С. 59 - 65
Опубликована: Дек. 24, 2024
As
the
world
shifts
toward
a
more
sustainable
society,
advancement
of
high-performance
lithium-ion
battery
(LIB)
technology
becomes
increasingly
vital
in
addressing
rising
CO2
levels.
The
necessity
for
higher
energy
density,
propelled
by
progression
electric
vehicles,
hybrid
and
portable
electronics,
has
highlighted
limitations
traditional
graphite
anodes.
Silicon-based
anodes,
with
their
superior
theoretical
capacity,
present
promising
alternative.
This
paper
explores
working
mechanisms
LIBs
delves
into
why
silicon
is
an
ideal
material
It
also
delivers
exhaustive
overview
Si-based
electrodes,
emphasizing
significant
challenges
they
face,
such
as
extreme
volume
expansion
unstable
solid
electrolyte
interface
(SEI)
formation,
which
contribute
to
shortened
lifespan.
Potential
solutions,
including
nanostructured
designs
novel
binder
formulations,
are
discussed,
highlighting
advantages
current
limitations.
benefits
materials
LIB
anodes
summarized
guide
future
research
development
this
critical
area.
i-manager’s Journal on Electrical Engineering,
Год журнала:
2024,
Номер
18(2), С. 14 - 14
Опубликована: Янв. 1, 2024
This
paper
addresses
the
urgent
need
for
environmentally
sustainable
transportation
by
introducing
an
advanced
Microcontroller-Based
Electric
Vehicle
(EV)
model.
The
model
aims
to
optimize
energy
consumption,
improve
reliability,
and
promote
environmental
sustainability.
It
incorporates
self-driving
technology,
utilizing
a
Joystick,
Bluetooth
device,
Ultrasonic
Sensor
obstacle
detection,
with
Microcontroller
receiving
feedback
signals
that
influence
motor
operation
based
on
proximity
obstacles.
To
enhance
efficiency,
integrates
non-conventional
sources,
including
Solar
Wind
Energy.
A
Panel,
control
circuit,
DC
Converter
capture
solar
power
vehicle
through
Arduino
UNO
Motor
Driver
L298.
Weight-Based
Energy
Consumption
module
ensures
optimal
use.
vehicle's
battery
can
be
charged
using
USB
Cable
or
TP4056
charge
controller
managing
transition
between
charging
discharging.
In
case
of
emergencies,
serves
as
alternative
source.
address
fluctuation,
Storage
System
(ESS)
within
wind
turbine's
link,
supported
supercapacitors,
smooths
wind-generated
power,
mitigates
voltage
variations,
improves
fault
tolerance.
fuzzy
logic-based
scheme
efficiently
turbine
ESS
conditions,
validation
performed
computational
simulations.
proposed
offers
significant
advancements
in
electric
providing
flexibility,
adaptability
various
scenarios.
