Hydrogen,
Journal Year:
2024,
Volume and Issue:
5(4), P. 819 - 850
Published: Nov. 10, 2024
This
study
addresses
the
growing
need
for
effective
energy
management
solutions
in
university
settings,
with
particular
emphasis
on
solar–hydrogen
systems.
The
study’s
purpose
is
to
explore
integration
of
deep
learning
models,
specifically
MobileNetV2
and
InceptionV3,
enhancing
fault
detection
capabilities
AIoT-based
environments,
while
also
customizing
ISO
50001:2018
standards
align
unique
needs
academic
institutions.
Our
research
employs
comparative
analysis
two
models
terms
their
performance
detecting
solar
panel
defects
assessing
accuracy,
loss
values,
computational
efficiency.
findings
reveal
that
achieves
80%
making
it
suitable
resource-constrained
InceptionV3
demonstrates
superior
accuracy
90%
but
requires
more
resources.
concludes
both
offer
distinct
advantages
based
application
scenarios,
emphasizing
importance
balancing
efficiency
when
selecting
appropriate
system
management.
highlights
critical
role
continuous
improvement
leadership
commitment
successful
implementation
universities.
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(20), P. 9348 - 9348
Published: Oct. 14, 2024
In
recent
years,
there
has
been
a
significant
increase
in
research
on
hydrogen
due
to
the
urgent
need
move
away
from
carbon-intensive
energy
sources.
This
transition
highlights
critical
role
of
storage
technology,
where
tanks
are
crucial
for
achieving
cleaner
solutions.
paper
aims
provide
general
overview
treatment
mechanical
viewpoint,
and
create
comprehensive
review
that
integrates
concepts
safety
storage.
study
explores
potential
applications
as
clean
alternative
their
various
sectors,
including
industry,
automotive,
aerospace,
marine
fields.
The
also
discusses
design
technologies,
measures,
material
improvements,
social
impacts,
regulatory
landscape
technology.
work
provides
historical
literature
up
2014
systematic
present
fill
gap
between
safety.
particular,
fundamental
feature
this
is
leveraging
procedural
techniques
performing
an
unbiased
offer
detailed
analysis
contemporary
advancements.
innovative
approach
differs
significantly
conventional
methods,
since
it
involves
replicable,
scientific,
transparent
process,
which
culminates
minimizing
bias
allows
highlighting
issues
about
topics
interest
main
conclusions
experts
field
reference.
employed
was
used
analyze
55
scientific
articles,
resulting
identification
six
primary
categories.
key
findings
underline
improved
materials,
enhanced
protocols,
robust
infrastructure
support
adoption.
More
importantly,
one
results
pinpointing
central
composite
materials
will
play
during
toward
based
thin-walled
industrial
vessels.
Future
directions
proposed
paper,
thereby
emphasizing
importance
interdisciplinary
collaboration
overcome
existing
challenges
facilitate
safe
efficient
use
hydrogen.
Energies,
Journal Year:
2025,
Volume and Issue:
18(7), P. 1618 - 1618
Published: March 24, 2025
Traditional
centralized
energy
grids
struggle
to
meet
urban
areas’
increasingly
complex
demands,
necessitating
the
development
of
more
sustainable
and
resilient
solutions.
Smart
microgrids
offer
a
decentralized
approach
that
enhances
efficiency,
facilitates
integration
renewable
sources,
improves
resilience.
This
study
follows
systematic
review
approach,
analyzing
literature
published
in
peer-reviewed
journals,
conference
proceedings,
industry
reports
between
2011
2025.
The
research
draws
from
academic
publications
institutions
alongside
regulatory
reports,
examining
actual
smart
microgrid
deployments
San
Diego,
Barcelona,
Seoul.
Additionally,
this
article
provides
real-world
case
studies
New
York
London,
showcasing
successful
unsuccessful
deployments.
Brooklyn
Microgrid
demonstrates
peer-to-peer
trading,
while
London
faces
regulations
funding
challenges
its
systems.
paper
also
explores
economic
policy
frameworks
such
as
public–private
partnerships
(PPPs),
localized
markets,
standardized
models
enable
adoption
at
scale.
While
PPPs
provide
financial
infrastructural
support
for
deployment,
they
introduce
stakeholder
alignment
compliance
complexities.
Countries
like
Germany
India
have
successfully
used
development,
leveraging
low-interest
loans,
government
incentives,
mechanisms
encourage
innovation
technologies.
In
addition,
examines
new
trends
utilization
AI
quantum
computing
optimize
energy,
climate
design
before
outlining
future
agenda
focused
on
cybersecurity,
decarbonization,
inclusion
technology.
Contributions
include
modular
scalable
framework,
innovative
hybrid
storage
systems,
performance-based
model
suited
environment.
These
contributions
help
fill
gap
what
is
possible
today
needed
systems
create
foundation
cities
next
century.
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(17), P. 7631 - 7631
Published: Aug. 29, 2024
This
study
explores
the
integration
and
optimization
of
battery
energy
storage
systems
(BESSs)
hydrogen
(HESSs)
within
an
management
system
(EMS),
using
Kangwon
National
University’s
Samcheok
campus
as
a
case
study.
research
focuses
on
designing
BESSs
HESSs
with
specific
technical
specifications,
such
capacities
power
ratings,
their
into
EMS.
By
employing
MATLAB-based
simulations,
this
analyzes
dynamics,
grid
interactions,
load
strategies
under
various
operational
scenarios.
Real-time
data
from
are
utilized
to
examine
consumption,
renewable
generation,
fluctuations,
pricing
providing
key
insights
for
optimization.
finds
that
BESS
manages
fluctuations
between
0.5
kWh
3.7
over
24
h
period,
remaining
close
4
W
extended
periods.
Grid
fluctuates
−5
kW
75
kW,
while
prices
range
120
USD/kWh,
peaking
at
111
USD/kWh.
Hydrogen
varies
1
8
kWh,
ranging
−40
40
kW.
Load
keeps
stable
around
35
PV
peaks
48
by
10th
h.
The
findings
highlight
effectively
manage
distribution
storage,
improving
efficiency,
reducing
costs
approximately
15%,
enhancing
stability
20%.
underscores
potential
in
stabilizing
operations
integrating
energy.
Future
directions
include
advancements
technologies,
enhanced
EMS
capabilities
through
artificial
intelligence
machine
learning,
development
smart
infrastructures.
Policy
recommendations
stress
importance
regulatory
support
stakeholder
collaboration
drive
innovation
scale
deployment,
ensuring
sustainable
future.
This
paper
examines
the
integration
of
hydrogen
storage
in
renewable-intensive
energy
systems.
Current
technology
is
too
costly
and
inefficient,
but
reducing
costs
to
12.5%
current
levels
increasing
round-trip
efficiency
70%
could
make
it
competitive.
These
are
challenging
targets
feasible
given
positive
predictions
on
cost
reduction
attainability
currently.
Hydrogen
reduces
total
system
by
partly
replacing
lithium
batteries
lower
costs,
due
its
suitability
for
long-term
storage,
while
grid
flexibility
transmission
costs.
Moreover,
integrating
can
decrease
share
nuclear
fossil
fuels
generation
mix,
Italy
Germany
identified
as
primary
expansion
Europe.
In
scenarios
limited
supply,
becomes
more
competitive
essential
compensate
capacity
shortages,
though
may
not
reduce
