Energies,
Journal Year:
2025,
Volume and Issue:
18(8), P. 2054 - 2054
Published: April 17, 2025
This
paper
focuses
on
a
hydrogen
fuel
cell
power
generation
system
integrated
with
photovoltaic
(PV)
generation,
energy
storage,
and
distribution
network
subsystems,
conducting
an
economic
environmental
adaptability
analysis.
Based
load
balance,
mathematical
model
for
the
is
established,
four
scenarios
are
constructed:
grid-powered,
grid
+
cell,
PV,
PV
storage.
The
analysis
results
show
that
under
single-rate
electricity
pricing
model,
by
2030,
annual
costs
of
Scenarios
3
4
11.46%
12.67%
lower
than
Scenario
1,
respectively;
2035,
they
reduced
19.32%
20.43%,
respectively.
Under
two-part
21.28%
26.50%
27.72%
32.36%,
These
quantitative
indicate
integration
cells
storage
systems
can
significantly
reduce
promote
their
application
development
in
residential
buildings.
Energy Conversion and Management X,
Journal Year:
2024,
Volume and Issue:
22, P. 100553 - 100553
Published: Feb. 28, 2024
The
United
Nations'
Sustainable
Development
Goals
(SDGs)
serve
as
a
comprehensive
framework
guiding
humanity's
response
to
various
pressing
challenges.
Using
fossil
fuels
presents
significant
environmental
challenge
due
the
release
of
greenhouse
gas
emissions.
Renewable
energy
satisfies
expanding
demands
and
mitigates
climate
change.
Moreover,
solar
has
potential
on
global
scale
for
production.
Solar
PV
technology,
from
utility-scale
megaprojects
modest
residential
installations,
is
becoming
more
affordable
investment-worthy
worldwide
while
providing
customers
with
higher
efficiency
per
watt.
Due
absence
comparative
study
largest
power
plants,
studies
are
subject
set
inputs
impact
these
plants
contributions
in
relation
SDGs.
present
two
main
objectives,
i.e.,
comparison
globally
an
analysis
contribution
also
explores
alignment
SDG
7,
emphasizing
clean
access.
powerful
driver
achieving
13,
significantly
reducing
emissions
diminishing
reliance
fuels.
Beyond
impacts,
contribute
economic
growth,
innovation,
job
creation,
aligning
8.
This
research
would
provide
valuable
insights
into
social,
economic,
dimensions
plants.
