Gazi Üniversitesi Fen Bilimleri Dergisi Part C Tasarım ve Teknoloji,
Год журнала:
2023,
Номер
11(4), С. 1195 - 1208
Опубликована: Дек. 26, 2023
Fossil
fuels,
predominant
in
fulfilling
current
energy
demands,
are
implicated
global
warming,
prompting
a
shift
towards
renewable
sources.
Among
these,
photovoltaic
(PV)
solar
power
plants
have
garnered
significant
attention,
experiencing
rapid
surge
installed
capacity.
However,
notable
drawback
of
PV
is
their
considerable
spatial
footprint,
emphasizing
the
pivotal
role
efficient
space
utilization
and
shading
mitigation
design.
Notably,
pitch
distance,
array
design,
type
emerge
as
critical
parameters
influencing
performance
these
during
installation.
In
present
study,
eight
distinct
plant
designs
were
conceptualized,
incorporating
four
different
configurations
(2P-3P-2L-3L)
two
types
(monofacial-bifacial),
each
with
specified
orientations
(portrait-landscape).
Other
held
constant
across
designs.
Leveraging
PVsyst
software,
simulations
conducted
for
yielding
crucial
metrics,
including
annual
output
delivered
to
grid
(E-grid),
ratio
(PR),
associated
CO2
emissions.
Subsequently,
Taguchi
analysis
facilitated
optimization
based
on
results.
The
outcome
this
identified
optimal
design
3D
bifacial.
Further
insight
was
gained
through
an
ANOVA
analysis,
revealing
substantial
contributions
overall
variability.
Specifically,
exhibited
contribution
65.27%,
while
configuration
contributed
34.72%
observed
variability
performance.
These
findings
not
only
enhance
understanding
intricacies
but
also
underscore
paramount
significance
achieving
heightened
efficiency
sustainability.
Energies,
Год журнала:
2024,
Номер
17(10), С. 2325 - 2325
Опубликована: Май 11, 2024
This
research
paper
presents
a
comprehensive
study
on
the
implementation
of
photovoltaic
(PV)
energy
systems
at
Al-Abrar
Mosque
in
Saudi
Arabia.
The
primary
objective
was
to
explore
optimal
regional
solar
power
strategies.
By
synergistically
integrating
technical
evaluations
PV
system
with
economic
analyses,
including
payback
period
and
levelized
cost
(LCOE),
alongside
an
investigation
net
metering
billing
scenarios,
we
delineated
pathway
toward
achieving
zero
for
mosque’s
requirements.
examined
two
scenarios:
Scenario
I
involved
metering,
while
II
explored
billing.
Our
theoretical
simulation
results,
derived
from
detailed
analyses
conducted
using
PVsyst
software,
unequivocally
demonstrated
superiority
this
specific
application.
With
needs
can
be
efficiently
met
minimal
infrastructure—comprising
only
34
modules
single
inverter.
In
contrast,
requires
significantly
higher
resource
demands,
underscoring
spatial
advantages
metering.
Additionally,
is
7.9
years,
II,
it
extends
87
years.
Through
rigorous
simulations,
reaffirmed
practicality
feasibility
approach
within
context
Furthermore,
our
provides
actionable
insights
implementing
sustainable
solutions
sites,
such
as
Mosque,
contributes
advancing
renewable
knowledge
region.
Renewable Energy and Power Quality Journal,
Год журнала:
2024,
Номер
unknown, С. 19 - 28
Опубликована: Июль 21, 2024
The
escalating
crisis
of
global
warming,
driven
by
the
emission
greenhouse
gases,
poses
a
formidable
challenge
for
humanity
as
whole.
Notably,
construction
industry
contributes
significantly
to
gas
inventory.
Consequently,
prioritizing
low-carbon
assumes
paramount
importance
in
mitigating
pervasive
impact
effect
on
scale.
Such
an
endeavor
stands
crucial
safeguard
ensuring
sustainable
development
human
civilization.
Therefore,
from
perspective
low-
carbon
building
design
optimization
research
is
important
part
building.
From
architectural
design,
this
paper
summarizes
that
should
pay
attention
following
aspects:
reasonable
use
natural
lighting
and
ventilation,
reduce
value
stage;
Taking
transformation
project
former
engineering
Institute
Southeast
University
example,
probes
into
reducing
emissions,
quantitatively
studies
relationship
between
lighting,
ventilation
envelope
structure
materials
reduction
emissions.
Angle
selection
roof
skylight
studied
day-
optimization,
size
position
facade
opening
strategy
path
are
optimization.
indoor
further
reduces
refrigeration
energy
consumption,
which
22.1%
less
than
before
renovation,
heat
gain
22%-32%.e.
