e-Prime - Advances in Electrical Engineering Electronics and Energy,
Год журнала:
2024,
Номер
8, С. 100554 - 100554
Опубликована: Апрель 17, 2024
Based
on
the
World
Energy
Transition
Outlook,
almost
two
thirds
of
CO2
emissions
released
in
world
are
related
to
energy
with
36
Gigatonnes
2015.
To
reduce
by
70%
before
2050,
efficiency
parameters
and
renewable
systems
will
have
be
incorporated
together
achieve
a
more
sustainable
future.
The
synergy
between
these
could
potentially
decrease
total
final
consumption
25EJ,
which
is
5%
year
2030.
One
those
methods
would
incorporation
efficient
building
designs
technologies
BIPV
systems.
design
process
upgrading
or
constructing
buildings
elements
that
able
maximize
supplied
them
reducing
losses,
through
various
innovative
effective
technologies.
PV
products
components
integrated
into
structure.
In
Malaysia,
research
applications
just
emerging
still
early
development.
report
submitted
United
Nations
Development
Program,
Malaysia
aimed
an
increase
330%
installed
capacity.
This
paper
aims
simulate
specific
3D
modelling
software,
Autodesk
Revit,
incorporates
method
used
create
this
model
performed
four
stages.
First,
development
comprehensive
suitable
building.
Second,
analysis
photovoltaic
system
model.
Third,
intricate
via
Revit
Insight.
Lastly,
evaluation
emissions.
has
managed
Final
Use
Intensity
from
194
kwh/m2/year
140
258
metric
tonnes
CO2e
186
year.
presents
integration
technologies,
toward
low
target.
Journal of Thermal Analysis and Calorimetry,
Год журнала:
2024,
Номер
149(19), С. 10851 - 10863
Опубликована: Фев. 24, 2024
Abstract
Passive
cooling
techniques
have
gained
widespread
use
in
everyday
life
and
various
industries
by
utilizing
sunlight
reflection
to
cool
objects
without
requiring
additional
energy
input.
Porous
polymer
materials
possess
the
unique
ability
provide
both
thermal
insulation
solar
due
their
inherent
multiphase
structure.
In
this
study,
we
developed
a
porous
polypropylene
(PP)
with
hierarchically
structured
surface
layer
using
simple
efficient
solvent
treatment
method
based
on
recrystallization.
As
result,
structure
significantly
increase
reflectance
from
11
86%.
We
found
that
manipulating
recrystallization
process
reflective
additives,
reflectivity
can
be
further
improved.
With
of
TiO
2
BaSO
4
90%
was
achieved,
while
93%
achieved
nucleating
agents.
practical
terms,
these
improvements
result
significant
temperature
reductions
performance
tests
compared
extruded
PP
sheets:
17,
19,
22
°C
for
PP,
PP/TiO
or
PP/BaSO
,
nucleated
respectively.
The
modification
introduced
could
help
offer
new
possibilities
developing
low-cost
chemically
resistant
thermally
insulating
layers
management
applications.
Journal of Cleaner Production,
Год журнала:
2024,
Номер
450, С. 141747 - 141747
Опубликована: Март 15, 2024
Known
as
one
of
the
significant
sources
impacting
building
energy
efficiency,
climate
change
can
drastically
alter
long-term
consumption
patterns
buildings.
It
is
widely
acknowledged
in
literature
that
designs
based
on
conventional
pathways
relying
solely
historical
weather
data
disregard
effects
changing
and
lose
their
intended
performance
over
time.
Several
endeavors
have
been
made
to
generate
files
capable
capturing
essence
carrying
its
variability.
In
line
with
these
efforts,
synthesized
emerged
a
promising
alternative
commonly
used
morphing
method
for
incorporating
variability
into
designs.
However,
comprehensive
framework
potential
accommodate
this
context
yet
be
investigated.
Addressing
gap,
present
study
aims
propose
novel
facilitate
dynamic
design
upgrades
response
including
extreme
conditions.
This
has
applied
case
Australia
around
31%
annual
thermal
load
reduction,
average,
achieved.
Furthermore,
results
showed
are
likely
leave
buildings
inadequately
prepared
against
upcoming
Therefore,
proposed
generating
not
only
maintains
expected
by
structure
but
also
draws
more
realistic
picture
demand
pattern
e-Prime - Advances in Electrical Engineering Electronics and Energy,
Год журнала:
2024,
Номер
8, С. 100554 - 100554
Опубликована: Апрель 17, 2024
Based
on
the
World
Energy
Transition
Outlook,
almost
two
thirds
of
CO2
emissions
released
in
world
are
related
to
energy
with
36
Gigatonnes
2015.
To
reduce
by
70%
before
2050,
efficiency
parameters
and
renewable
systems
will
have
be
incorporated
together
achieve
a
more
sustainable
future.
The
synergy
between
these
could
potentially
decrease
total
final
consumption
25EJ,
which
is
5%
year
2030.
One
those
methods
would
incorporation
efficient
building
designs
technologies
BIPV
systems.
design
process
upgrading
or
constructing
buildings
elements
that
able
maximize
supplied
them
reducing
losses,
through
various
innovative
effective
technologies.
PV
products
components
integrated
into
structure.
In
Malaysia,
research
applications
just
emerging
still
early
development.
report
submitted
United
Nations
Development
Program,
Malaysia
aimed
an
increase
330%
installed
capacity.
This
paper
aims
simulate
specific
3D
modelling
software,
Autodesk
Revit,
incorporates
method
used
create
this
model
performed
four
stages.
First,
development
comprehensive
suitable
building.
Second,
analysis
photovoltaic
system
model.
Third,
intricate
via
Revit
Insight.
Lastly,
evaluation
emissions.
has
managed
Final
Use
Intensity
from
194
kwh/m2/year
140
258
metric
tonnes
CO2e
186
year.
presents
integration
technologies,
toward
low
target.
