World Electric Vehicle Journal,
Journal Year:
2025,
Volume and Issue:
16(3), P. 135 - 135
Published: March 1, 2025
This
article
presents
a
straightforward
and
effective
way
of
adding
the
Internet
Vehicles
function
to
vehicles
with
different
drive
systems.
By
equipping
vehicle
transmission
device
that
communicates
vehicle’s
on-board
diagnostics
system,
current
parameters
operation
can
be
read.
allows
for
wireless
application
installed
on
mobile
device.
The
related
together
location
data
from
Global
Positioning
System
are
transferred
cloud
server.
In
this
way,
each
system
acquires
function.
Using
setup,
short
trips
in
urban
conditions
were
carried
out
an
internal
combustion
engine
plug-in
hybrid
vehicle.
then
processed
using
KNIME
analytical
platform.
Signatures
characterizing
two
types
systems
created.
obtained
results
analyzed
various
tools
experimentally
validated.
presented
method
is
universally
applicable
quick
recognition
based
signatures
implementing
k-means
analysis.
Acquiring
processing
used
obtain
important
information
about
itself,
road
infrastructure,
immediate
surroundings,
which
translate
into
increased
safety.
International Journal of Hydrogen Energy,
Journal Year:
2024,
Volume and Issue:
78, P. 642 - 661
Published: June 29, 2024
The
transition
to
a
hydrogen-based
economy
presents
promising
solution
the
challenges
posed
by
unsustainable
energy
systems
and
reliance
on
fossil
fuels.
This
comprehensive
review
explores
various
hydrogen
production
methods,
emphasizing
their
technological
advancements,
sustainability
implications,
future
prospects.
Beginning
with
an
overview
of
hydrogen's
significance
as
clean
carrier,
examines
key
methods
such
Steam
Methane
Reforming,
Electrolysis
(Proton
Exchange
Membrane,
alkaline,
solid
oxide),
Biomass
Gasification,
Photoelectrochemical
Water
Splitting,
Thermochemical
Processes.
Each
method
is
scrutinized
for
its
efficiency,
environmental
impact,
scalability,
providing
valuable
insights
into
roles
in
advancing
economy.
highlights
transformative
potential
replace
fuels
due
ability
store
renewable
long-term
zero
emissions.
It
also
discusses
including
high-efficiency
solid-state
electrolysis
advanced
catalysts
water
splitting,
highlighting
avenues
innovation
production.
Additionally,
policy
recommendations
aimed
at
promoting
fostering
collaboration
between
academia,
industry,
governments
are
elucidated.
Through
detailed
analysis
technologies
prospects,
this
contributes
shaping
trajectory
sustainable
systems,
adoption
vector,
underscoring
importance
alternative
sources.
Innovation and Green Development,
Journal Year:
2023,
Volume and Issue:
3(1), P. 100092 - 100092
Published: Aug. 5, 2023
This
study
conducts
a
well-to-wheel
assessment
of
alternative
fuel
vehicles
in
the
Maghreb
region,
aiming
to
reduce
greenhouse
gas
emissions
from
transport
sector.
The
research
employs
international
standards,
ISO
14040–14043,
assess
diesel,
hybrid-electric,
battery-electric,
and
fuel-cell
highlights
potential
benefits
transitioning
electric
Maghreb,
offering
energy
efficiency
reduced
environmental
impact.
sensitivity
analysis
suggests
that
are
best
for
Morocco
Algeria,
while
battery-electric
preferable
Tunisia.
By
2030,
Algeria
would
consume
128
MJ
125
emit
7.9
CO2eq
7.1
per
100
km,
respectively,
Tunisia,
expected
114
6.55
km
driven.
Ultimately,
right
adoption
region
implies
half
need
cut
off
60%
less
GHG
light-duty
leading
improved
conditions,
health
outcomes,
economic
growth.
2022 IEEE 12th Annual Computing and Communication Workshop and Conference (CCWC),
Journal Year:
2024,
Volume and Issue:
unknown, P. 0235 - 0241
Published: Jan. 8, 2024
The
introduction
of
Artificial
Intelligence
Things
(AIoT)
into
hydrogen
energy
systems
causes
a
paradigm
shift
in
the
realm
clean
and
sustainable
solutions.
knowledge-based
modeling
technique
described
this
research
aims
to
conceptualize
construct
an
AIoT
framework
specifically
for
systems.
combination
AI
IoT
technologies
has
enormous
promise
improving
effectiveness,
security,
adaptability
production,
storage,
distribution,
use
energy.
In
paper,
we
present
systematic
building
comprehensive
model
by
integrating
domain
knowledge,
data-driven
insights,
machine-learning
methods.
This
serves
as
basis
creation
architecture
that
seamlessly
incorporates
predictive
capabilities,
real-time
data
analytics,
intelligent
decision-making
complex
structure
suggested
strategy
takes
account
particular
difficulties
offered
hydrogen,
such
safety
concerns,
efficiency,
integration
with
renewable
sources.
designed
shows
its
potential
optimize
production
processes,
predict
maintenance
needs,
ensure
safe
storage
transportation,
support
existing
infrastructures
utilizing
historical
data,
sensor
inputs,
advanced
algorithms.
also
encourages
flexibility,
scalability,
enabling
system
develop
tandem
scientific
breakthroughs
shifting
needs
adding
larger
discussion
surrounding
junction
artificial
intelligence,
Internet
Things,
globe
looks
out
novel
solutions
address
concerns.
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(4), P. 1554 - 1554
Published: Feb. 15, 2024
The
necessity
to
move
sustainable
energy
solutions
has
inspired
an
investigation
of
innovative
technologies
for
satisfying
educational
institutions’
needs.
possibility
a
solar-hydrogen
storage
system
and
its
integration
into
university
management
is
investigated
in
this
article.
study
opens
by
providing
context,
noting
the
growing
relevance
renewable
universities
as
well
effective
systems.
goal
delve
technology,
outlining
components,
operating
mechanism,
benefits
over
typical
chapter
on
Integration
Design
examines
current
infrastructure,
identifies
problems,
provides
ways
integrating
systems
seamlessly.
This
relies
heavily
technological
economic
considerations,
such
cost-benefit
analysis
scalability
studies.
Case
studies
include
real-world
examples,
performance
measurements,
significant
insights
learned
from
successful
implementations.
Future
Prospects
investigates
new
trends
technology
impact
government
legislation,
forward-looking
viewpoint
colleges
considering
adoption.
report
concludes
with
summary
findings,
emphasizing
making
recommendations
future
limitation
research
that
it
only
focuses
design
simulation
phase
preliminary
study.
Energies,
Journal Year:
2024,
Volume and Issue:
17(8), P. 1924 - 1924
Published: April 17, 2024
The
European
Union
is
committed
to
a
55%
reduction
in
greenhouse
gas
emissions
by
2030,
as
outlined
the
Green
Deal
and
Climate
Law
initiatives.
In
response
geopolitical
events,
RePowerEU
initiative
aims
enhance
energy
self-sufficiency,
reduce
reliance
on
Russian
natural
gas,
promote
hydrogen
utilization.
Hydrogen
valleys,
localized
ecosystems
integrating
various
supply
chain
elements,
play
key
role
this
transition,
particularly
benefiting
isolated
regions
like
islands.
This
manuscript
focuses
optimizing
Centralized
Production
Facility
(CGHPF)
island
of
Crete.
A
mixed-integer
linear
programming
framework
proposed
optimize
CGHPF,
considering
factors
such
land
area,
wind
solar
potential,
costs,
efficiency.
Additionally,
an
in-depth
sensitivity
analysis
conducted
explore
impact
economic
feasibility
investments.
findings
suggest
that
can
be
sold
Crete
at
prices
low
3.5
EUR/kg.
Specifically,
it
was
found
base
scenario
that,
selling
EUR/kg,
net
profit
investment
could
high
EUR
6.19
million,
while
capacity
installation
supplying
grid
facility
would
23.51
MW
52.97
MW,
respectively.
It
noted
profitability
justified
extraordinary
renewable
potential
Finally,
based
our
study,
policy
recommendation
allow
maximum
20%
direct
penetration
sources
green
facilities
into
suggested
encourage
accelerate
expansion.
