International Journal on Advanced Science Engineering and Information Technology,
Год журнала:
2024,
Номер
14(6), С. 1914 - 1921
Опубликована: Дек. 22, 2024
The
previous
few
decades
have
seen
increasing
aggravation
of
the
contemporary
environmental
problem,
climate
change.
Climate
change
caused
by
accumulated
emission
fossil
fuels
that
we
call
greenhouse
gases
into
atmosphere
has
an
significance
on
earth's
temperature,
which
will
cause
natural
disasters
and
damage.
Net
zero
energy
buildings,
primarily
net
houses,
are
very
effective
at
reducing
consequences
because
their
notable
reductions
in
consumption
reliance
renewable
sources.
Nonetheless,
Indonesia
still
needs
to
adopt
net-zero
homes.
Research
most
efficient
solar
PV
installation
methods
for
achieving
homes
Indonesia,
particularly
Jakarta,
be
initiated.
This
research
aims
find
optimal
tilt
angle
orientation
photovoltaic
(PV)
production
house
roofs
achieve
goal
a
house.
Experiments
installations
were
conducted
Jakarta
residential
areas
analyze
ideal
panels
Area.
A
finding
how
it
applies
targets
is
also
novelty
this
research.
study's
contribution
impact
architects
designing
relate
area
form
roof.
Furthermore,
hopes
implications
future
other
building
typologies
alternatives
energy.
Energies,
Год журнала:
2024,
Номер
17(14), С. 3596 - 3596
Опубликована: Июль 22, 2024
Undoubtedly,
the
transition
to
electromobility
with
several
million
new,
efficient
charging
points
will
have
consequences
for
energy
industry,
and
in
particular
network
operators
of
distribution
infrastructure.
At
same
time,
coming
years
landscape
change
into
a
system
which
an
increase
decentralized
systems
based
on
renewable
sources
take
over
leading
function.
This
transformation
process
further
complexity
overall
pressure
next
decade.
In
order
be
able
ensure
supply
reliable
operation
grids
future
as
well,
communicative
networking
generators,
storage
systems,
electrical
consumers
grid
equipment
is
indispensable.
study
aims
investigate
including
electric
vehicles
Istanbul’s
power
using
unit
commitment
simulation
model.
The
presented
considerations
analyze
how
uncertain
managed
strategies
affect
terms
operating
costs
resources.
simulations
indicate
that,
economic
terms,
use
strategy
saves
2.3%,
reducing
total
cost
from
USD
66.71
65.18
million.
recipients
research
are
both
demand
sides
idea
synergy
within
framework
smart
city
idea.
Case Studies in Thermal Engineering,
Год журнала:
2024,
Номер
60, С. 104792 - 104792
Опубликована: Июль 7, 2024
Addressing
the
thermal
loss
from
building
envelopes
is
a
crucial
challenge
and
requires
exploration
of
various
mitigation
strategies.
This
study
employs
comprehensive
3D
computational
fluid
dynamics
simulations
to
investigate
incorporation
bio-based
Phase
Change
Materials
(PCMs)
including
CrodaTherm
(CT)
19,
CT21,
CT24W,
within
inter-floor
void
formers
between
roof-floor
boundary
in
multi-story
office
buildings
optimize
energy
management
during
inactive
periods
one
adjacent
units.
Aside
PCM
type,
former
shape,
its
placement,
combinations
PCMs
insulating
layers
are
examined
through
heat
flux
solid
fraction
plots
as
well
liquid
contours.
Results
highlight
exceptional
performance
CT24W-integrated
formers,
achieving
remarkable
36.74
%
reduction
48-h
average
comparison
with
case
without
offering
lower
values
than
scenario
for
89.38
h
(endurance
time).
Based
on
findings,
identical
volumes,
semi-ellipsoid
PCM-integrated
provides
11.07
27.56
longer
endurance
time
compared
spherical
shape.
The
results
underscore
integration
superior
strategy
over
standalone
insulation
managing
apartment
floors.
Energies,
Год журнала:
2024,
Номер
17(11), С. 2769 - 2769
Опубликована: Июнь 5, 2024
Air
conditioning
systems
can
play
a
positive
or
negative
role
in
the
spread
of
COVID-19
infection.
The
importance
sufficient
outdoor
air
changes
buildings
was
highlighted
by
World
Health
Organization,
therefore
these
should
be
guaranteed
mechanical
ventilation
adequate
systems.
proposed
case
study
concerns
optimal
number
to
limit
contagion
for
school
building
Central
Italy.
Wells–Riley
model
is
used
assess
risk
airborne
infection,
while
energy
consumption
calculated
dynamic
simulation
software.
scope
paper
offers
an
innovative
method
define
strategy
building’s
HVAC
system
design
reduce
infection
with
limited
increases
and
greenhouse
gas
emissions.
Results
show
that
desirable
approach
one
which
same
low
value
set
all
rooms.
This
new
results
significant
savings,
compared
most
common
ones
(setting
high
rates
rooms)
counteract
Finally,
zero-emission
target
verified
introducing
suitable
photovoltaic
offset
pollutant
Energies,
Год журнала:
2024,
Номер
17(13), С. 3100 - 3100
Опубликована: Июнь 24, 2024
The
Renewable
Energy
Community
(REC)
in
Europe
promotes
renewable
energy
sources
(RESs),
offering
social,
economic,
and
environmental
benefits.
This
new
entity
could
alter
consumer
relationships,
requiring
self-consumption,
sharing,
full
utilization
of
RESs.
Modernizing
systems
within
the
REC
requires
addressing
demand
response,
management
system
initiatives.
paper
discusses
role
decentralized
systems,
scenarios
concept
key
aspects,
activities
involving
generation,
consumption,
storage
EV
technologies.
Moreover,
present
work
highlights
research
gap
existing
literature
necessity
technological
elements.
It
also
that
there
is
no
uniform
architecture
or
model
for
REC,
like
case
microgrids.
Additionally,
emphasizes
importance
elements
RECs,
suggesting
future
recommendations
EMS,
DSM,
data
monitoring
analytics,
communication
software
tools
to
ensure
reliability,
efficiency,
measures.
authors
highlight
crucial
policymakers
relevant
policies,
which
help
implementing
these
show
RECs
a
sustainable
shift
transition.
Scientific Reports,
Год журнала:
2025,
Номер
15(1)
Опубликована: Март 27, 2025
This
study
introduces
a
novel
hybrid
system
in
which
piezoelectric
and
geothermal
properties
are
integrated
into
basalt
quartz
stones
to
generate
green
electricity.
The
same
is
satisfied
by
the
energy
conversion
capability,
high
thermal
holding
capacity,
strong
piezoelectricity
of
quartz.
uses
these
mechanisms
develop
generating
constant,
reliable,
sustainable
energy.
results
prove
that
can
convert
heat
electricity
expand
remote
off-grid
areas.
work
demonstrates
stone
retention,
electric
power
generation,
efficiency
provide
an
accessible,
low-cost,
scalable
alternative
available
renewable
systems.
present
basis
for
realizing
as
abundant
reliable
provider
offer
new
traditional
technologies.
