Journal of Innovations in Civil Engineering and Technology,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 20, 2024
Günümüzün
iklim
ve
çevre
şartlarında
yaşanan
olumsuzlukların
önüne
geçebilmek
daha
sürdürülebilir
bir
sağlanabilmesi
için
çok
fazla
alanda
çalışmalar
yapılmaktadır.
Bu
çalışma
konularının
başında
yeşil
binalar
gelmektedir.
Yeşil
ile
ilgili
enerji
verimliliği
sıfır
karbon
emisyonu
çalışmaları,
binalarda
kullanılan
yenilenebilir
sistemlerinden
en
verim
alınabilmesi
amacıyla
önemlidir.
Geniş
ölçekte
bakıldığında,
binaların
oluşturduğu
yerleşim
planının,
güneş
enerjisinden
yararlanma
miktarları
dikkate
alınarak
yapılabilmesi,
bina
ölçeğinde
yararlanılan
enerjisi
açısından,
yapılacak
tasarımını
elverişli
hale
getirecektir.
sebeple
imar
adasının
veya
bölgenin
ana
planlaması,
kazanımı
sağlamak
ideal
fırsat
olacak
bakımından
ortam
sağlayacaktır.
çalışmada,
Samsun
ilinde,
SEBE(Solar
Energy
on
Building
Structures)
algoritması
kullanılarak,
binalardaki
verimin
yerleşimini
etkileyen
adalarının
yönelimleri
üzerine
inceleme
yapılmıştır.
Çalışmada
iki
farklı
adasında,
yönelimlerinde,
duvarlarda
biriken
toplam
miktarı
hesaplanmıştır.
Sonuç
olarak,
yıllık
olarak
miktarının,
7288
numaralı
mevcut
rotasyonu
yüksek
potansiyelde
olduğu,
12508
adasında
ise
330°’lik
rotasyon
yani
30°’lik
saat
yönünün
tersine
döndürülmesiyle
güneşten
maksimum
alabileceği
Energies,
Journal Year:
2025,
Volume and Issue:
18(5), P. 1186 - 1186
Published: Feb. 28, 2025
Cities
host
over
50%
of
the
world’s
population
and
account
for
nearly
75%
energy
consumption
80%
global
greenhouse
gas
emissions.
Consequently,
ensuring
a
smart
way
to
organize
cities
is
paramount
quality
life
efficiency
resource
use,
with
emphasis
on
use
management
energy,
under
context
trilemma,
where
objectives
sustainability,
security,
affordability
need
be
balanced.
Electrification
associated
renewable
generation
increasingly
seen
as
most
efficient
reduce
impact
GHG
emissions
natural
depletion.
poses
significant
challenges
development
electrical
infrastructure,
requiring
deployment
Smart
Grids,
which
emerge
key
Cities.
Our
review
targets
intersection
between
Grids.
Several
components
City
in
Grids
are
reviewed,
including
elements
such
metering,
IoT,
sources
other
distributed
resources,
grid
monitoring,
artificial
intelligence,
electric
vehicles,
or
buildings.
Case
studies
pilots
metrics
concerning
existing
deployments
identified.
A
portfolio
16
solutions
that
may
contribute
bringing
Grid
level
city
urban
settings
identified,
well
11
gaps
effective
deployment.
We
place
these
trilemma
Architecture
Model.
posit
depending
characteristics
setting,
size,
location,
geography,
mix
economic
activities,
topology,
appropriate
set
can
an
indicative
roadmap
built.
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(19), P. 8736 - 8736
Published: Sept. 27, 2024
In
this
paper,
we
propose
a
novel
demand-side
management
(DSM)
system
designed
to
optimize
electric
vehicle
(EV)
charging
at
public
stations
using
model
predictive
control
(MPC).
The
adjusts
real-time
grid
conditions,
electricity
prices,
and
user
preferences,
providing
dynamic
approach
energy
distribution
in
smart
city
infrastructures.
key
focus
of
the
study
is
on
reducing
peak
loads
enhancing
stability,
while
minimizing
costs
for
end
users.
Simulations
were
conducted
under
various
scenarios,
demonstrating
effectiveness
proposed
mitigating
demand
optimizing
use.
Additionally,
system’s
flexibility
enables
adjustment
schedules
meet
both
requirements
needs,
making
it
scalable
solution
development.
However,
current
limitations
include
assumption
uniform
tariffs
absence
renewable
considerations,
which
are
critical
real-world
applications.
Future
research
will
addressing
these
issues,
improving
scalability,
integrating
sources.
framework
represents
significant
step
towards
efficient
urban
settings,
contributing
cost
savings
environmental
sustainability.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(3), P. 927 - 927
Published: Jan. 23, 2025
Sustainable
development
of
the
Smart
Cities
and
Regions
concept
is
impossible
without
a
modern
transport
infrastructure,
which
must
be
maintained
in
proper
condition.
Inspections
are
required
to
assess
condition
objects
infrastructure
(OTI).
Moreover,
efficiency
these
inspections
can
enhanced
with
unmanned
aerial
vehicles
(UAVs),
whose
application
areas
continuously
expanding.
When
inspecting
OTI
(bridges,
highways,
etc.)
problem
improving
quality
image
processing,
analysis
data
collected
by
UAV,
for
example,
particularly
relevant.
The
advanced
methods
assessing
quantity
information
making
decisions
reduce
uncertainty
redundancy
such
systems
often
complicated
presence
noise
there.
To
harmonize
characteristics
certain
procedures
conditions,
authors
propose
conducting
processing
using
wavelet
transform
clustering
three
main
phases:
determining
number
clusters,
defining
coordinates
cluster
centres,
clustering.
We
compared
existing
one
transform.
research
has
shown
that
UAVs
used
inspecting;
moreover,
method
characterised
an
improved
processing.
In
addition,
assessment
enables
us
degree
approximation
result
ideal
one.
examined
specific
challenges
associated
planning
UAV
flights
during
obtain
will
enhance
accuracy
recognition.
This
especially
important
comprehensive
quantitative
adaptation
tasks
“Smart
Cities/Regions”
based
on
pragmatic
measure
informativeness.
Buildings,
Journal Year:
2025,
Volume and Issue:
15(6), P. 885 - 885
Published: March 12, 2025
This
study
explored
the
role
of
zeolite
and
AI-driven
initiatives
in
sustainable
construction,
particularly
for
net-zero
climate-adaptive
buildings.
A
quantitative,
scientometric,
narrative
review
was
conducted
using
bibliometric
analysis
existing
publications
from
Scopus
Web
Science
databases
to
identify
research
trends,
key
contributions,
technological
advancements.
The
findings
revealed
that
enhances
construction
materials
by
improving
thermal
regulation,
air
purification,
carbon
capture,
while
AI
optimises
energy
efficiency,
predictive
maintenance,
material
performance.
cost–benefit
showed
integrating
reduces
long-term
costs
building
sustainability.
Comparisons
with
previous
studies
highlighted
increasing
adoption
these
technologies
due
their
environmental
economic
benefits.
concluded
combination
provides
innovative
solutions
green
offering
energy-efficient,
climate-resilient,
cost-effective
materials.
