Buildings,
Год журнала:
2024,
Номер
14(9), С. 2752 - 2752
Опубликована: Сен. 2, 2024
Artificial
intelligence
(AI)
has
emerged
as
an
effective
solution
to
alleviate
excessive
carbon
emissions
in
sustainable
building
projects.
Although
there
are
numerous
applications
of
AI,
is
no
state-of-the-art
review
how
AI
can
reduce
net-zero
(NZCEs)
for
Therefore,
this
study
aims
conduct
a
systematic
literature
and
science
mapping
NZCEs
projects,
thereby
expediting
the
realization
A
mixed-method
approach
(i.e.,
mapping)
consisting
four
comprehensive
stages
was
used
retrieve
relevant
published
articles
from
Scopus
database.
total
154
were
retrieved
analyses
qualitative
discussions,
including
mainstream
research
topics,
gaps,
future
directions.
Six
topics
identified
discussed.
These
include
(1)
life
cycle
assessment
footprint,
(2)
practical
technology,
(3)
multi-objective
optimization,
(4)
energy
management
efficiency,
(5)
buildings,
(6)
decision
support
systems
sustainability.
In
addition,
suggests
six
gaps
develops
framework
depicting
The
findings
contribute
advancing
reducing
projects
help
researchers
practitioners
realize
its
economic
environmental
benefits.
Developments in the Built Environment,
Год журнала:
2023,
Номер
16, С. 100230 - 100230
Опубликована: Сен. 21, 2023
The
sustainable
development
of
low-carbon
buildings
has
aroused
widespread
concern
in
the
whole
society.
This
study
aims
to
propose
a
three-step
carbon
reduction
strategy
based
on
innovative
design,
intelligent
construction
and
secondary
utilization,
provide
new
solution
for
industry.
Based
life
cycle
assessment
method,
system
boundary
calculation
model
emission
compensation
each
stage
building
are
redefined,
effect
mixed
is
quantitatively
analyzed
through
case
data,
which
proves
scientific
feasibility
this
paper.
research
shows
that
it
good
whether
adopting
structural
optimization
aided
design
architectural
stage,
upgrading
traditional
technology
with
3D
printing
technology,
or
effectively
disposing
waste
recycling.
Heliyon,
Год журнала:
2024,
Номер
10(10), С. e30694 - e30694
Опубликована: Май 1, 2024
Designing
a
nearly
zero
energy
building
(NZEB)
and
more
exclusively
positive
(PEB)
hold
significant
importance
these
days.
Achieving
this
objective
requires
an
effective
blend
of
renewable
systems
the
efficient
envelope.
This
study
focuses
on
villa
situated
in
southeast
Kerman,
Iran
with
hot
dry
summers.
Commencing
current
energy-efficient
design
structure,
research
conducted
various
analyses
to
explore
impacts
different
strategies
or
alternative
approaches
that
contribute
achieving
NZEB
PEB.
The
parameters
examined
analysis
pertain
envelope,
encompass
insulation
scenarios,
window-to-wall
ratio,
glass
types
as
passive
strategies,
along
integration
wind
turbine
production
active
solution.
findings
indicate
that,
under
conditions
region,
optimal
for
case
involve
40
%
polyurethane
insulation,
triple-layered
argon.
combination
results
noteworthy
reduction
total
annual
consumption,
decreasing
from
24,344.56
kWh
11,909.64
kWh.
To
offset
remaining
requirements
transform
into
was
employed.
integrated
approach
not
only
aligns
specific
climatic
area
but
also
demonstrates
feasibility
which
resulted
surplus
1,414.13
Results in Engineering,
Год журнала:
2023,
Номер
20, С. 101439 - 101439
Опубликована: Сен. 26, 2023
The
rapid
depletion
of
traditional
non-renewable
fossil
fuels
has
increased
energy
sustainability
threats.
Methanol
is
recognized
as
one
the
viable
alternatives
to
conventional
mainly
due
its
high
density
and
abundant
raw
materials.
Direct
methanol
fuel
cells
(DMFCs)
can
convert
chemical
into
electricity
in
real
time,
which
most
effective
ways
utilize
energy.
However,
DMFCs
have
undesirable
performance,
such
low
utilization,
cell
voltage,
unstable
output
hindering
development
technology.
Herein,
we
design
an
storage
system
with
efficiency
based
on
passive
micro
DMFCs.
This
power
consumption
(only
uW
scale)
extract
methanol,
efficiently
it
electric
energy,
store
a
stable
voltage
for
load.
Moreover,
application
research
this
been
carried
out.
A
self-powered
concentration
sensor
designed
implemented
printed
circuit
board.
It
detect
solution
3
M–12
M,
only
requiring
be
tested
without
additional
supply.
about
1.1
mW
total
0.34
s
response
time.
study
conversion
sustainable
aims
provide
reference
explore
renewable
Buildings,
Год журнала:
2024,
Номер
14(9), С. 2752 - 2752
Опубликована: Сен. 2, 2024
Artificial
intelligence
(AI)
has
emerged
as
an
effective
solution
to
alleviate
excessive
carbon
emissions
in
sustainable
building
projects.
Although
there
are
numerous
applications
of
AI,
is
no
state-of-the-art
review
how
AI
can
reduce
net-zero
(NZCEs)
for
Therefore,
this
study
aims
conduct
a
systematic
literature
and
science
mapping
NZCEs
projects,
thereby
expediting
the
realization
A
mixed-method
approach
(i.e.,
mapping)
consisting
four
comprehensive
stages
was
used
retrieve
relevant
published
articles
from
Scopus
database.
total
154
were
retrieved
analyses
qualitative
discussions,
including
mainstream
research
topics,
gaps,
future
directions.
Six
topics
identified
discussed.
These
include
(1)
life
cycle
assessment
footprint,
(2)
practical
technology,
(3)
multi-objective
optimization,
(4)
energy
management
efficiency,
(5)
buildings,
(6)
decision
support
systems
sustainability.
In
addition,
suggests
six
gaps
develops
framework
depicting
The
findings
contribute
advancing
reducing
projects
help
researchers
practitioners
realize
its
economic
environmental
benefits.
