Applied System Innovation,
Journal Year:
2024,
Volume and Issue:
7(2), P. 21 - 21
Published: March 7, 2024
The
construction
sector
stands
as
the
predominant
consumer
of
cement,
steel,
and
plastic
is
accountable
for
a
substantial
55%
industrial
carbon
emissions.
Greenhouse
gases
other
forms
pollution
linked
to
housing
significantly
contribute
adverse
environmental
impact
industry.
This
study
underscores
need
incorporate
pertinent
issues
into
Circular
Economy
(CE)
agenda
lasting
effective
mitigation
strategy.
Through
Systematic
Literature
Review
(SLR),
this
article
explores
answers
research
question:
“How
can
resolving
social
challenges?”
findings
from
comprehensive
review
highlight
that
refurbishing
(SH)
built
environment
formulating
public
policies
targeted
at
SH
emerge
pivotal
themes
solutions.
principles
present
sustainable
model
play
crucial
role
in
addressing
challenge.
In
conclusion,
SLR
demonstrates
offer
viable
approach
tackling
crisis.
By
embracing
these
principles,
be
established
address
challenges
posed
by
housing,
thereby
contributing
broader
goal
conservation
sector.
Solar Energy Advances,
Journal Year:
2022,
Volume and Issue:
2, P. 100020 - 100020
Published: Jan. 1, 2022
An
integrated
energy
system
for
office
buildings
is
examined,
with
the
use
of
a
numerical
tool
that
has
been
developed
simulating
renewable
energy-based
systems
based
on
geothermal
and
solar
energy.
The
main
components
are
PV-Thermal
(PVT)
collectors,
several
boreholes
form
ground
heat
exchanger
multi-source
pump
supplied
by
either
from
ambient
air
or
water.
code
in
Python
used
detailed
investigation
performance
over
time,
components'
sizing,
as
well
analyzing
various
layouts.
Different
demand
profiles
have
considered
according
to
insulation
level
building,
total
PVT
collector
surface
varied
about
50
100
m².
Focus
given
here
share
covering
heating
cooling
typical
building
warm
climate
(Athens,
Greece)
cold
one
(Copenhagen,
Denmark).
Technical
environmental
indicators
presented
compared
standard
solutions.
results
show
can
operate
few
moments
during
day
charge
buffer
tank,
introducing
high
flexibility.
Moreover,
annual
COP
winter
4
Athens
3.8
Copenhagen.
Self-consumption
exceeds
30%
some
cases
Athens,
whereas
up
11%
Finally,
considering
rooftop
limitations
it
possible
reach
82%
61%
adding
PV
panels
moderate
efficiency
Copenhagen,
respectively.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(4), P. 3810 - 3810
Published: Feb. 20, 2023
This
article
describes
the
innovative
photovoltaic
powered
seasonal
thermal
storage—PVPSTS
system.
It
was
used
in
design
of
a
plus-energy
detached
single-family
house
with
usable
area
98
m2.
meets
requirements
latest
building
regulations
Poland.
The
building,
HVAC
installation,
subjected
to
energy
analysis,
and
numerical
model
also
developed.
tested
based
on
TMY
data
for
location
Wroclaw,
Analysis
results
allowed
authors
learn
specifics
operation
system
throughout
year
define
its
efficiency.
required
size
storage
stack
determined
be
1.6
×
0.3
m.
which
integrated
roof,
can
produce
48
GJ
electricity
per
year.
is
five
six
times
more
than
building’s
heating
needs,
any
excess
exported
power
grid.
Energies,
Journal Year:
2023,
Volume and Issue:
16(19), P. 6995 - 6995
Published: Oct. 8, 2023
This
paper
utilizes
a
life
cycle
assessment
(LCA)
to
evaluate
three
heating
systems’
energy
resources
and
environmental
impacts.
The
first
system
uses
an
electric
heat
pump
that
exclusively
relies
on
geothermal
energy.
second
operates
gas
boiler
non-renewable
electricity
natural
gas.
Lastly,
the
third
incorporates
absorption
utilizing
In
step,
cradle-to-gate
assessments
were
prepared
for
renewable,
conventional,
mixed
systems.
step
involved
comparing
scenarios
based
their
loads
resources.
Primary
energy,
material
resources,
emissions,
impact
categories
normalized
weighted
using
CML,
ReCiPe,
EF
3.0
methods.
Finally,
models
reliability
complex
decision
support
developed.
novelty
of
this
research
lies
in
analyzing
ecological
burden
usage
both
renewable
sources.
results
show
has
higher
load,
primarily
due
depletion
abiotic
fossil
fuels.
However,
acidification
is
when
used.
falls
between
conventional
systems
terms
acidification.
Applied System Innovation,
Journal Year:
2024,
Volume and Issue:
7(2), P. 21 - 21
Published: March 7, 2024
The
construction
sector
stands
as
the
predominant
consumer
of
cement,
steel,
and
plastic
is
accountable
for
a
substantial
55%
industrial
carbon
emissions.
Greenhouse
gases
other
forms
pollution
linked
to
housing
significantly
contribute
adverse
environmental
impact
industry.
This
study
underscores
need
incorporate
pertinent
issues
into
Circular
Economy
(CE)
agenda
lasting
effective
mitigation
strategy.
Through
Systematic
Literature
Review
(SLR),
this
article
explores
answers
research
question:
“How
can
resolving
social
challenges?”
findings
from
comprehensive
review
highlight
that
refurbishing
(SH)
built
environment
formulating
public
policies
targeted
at
SH
emerge
pivotal
themes
solutions.
principles
present
sustainable
model
play
crucial
role
in
addressing
challenge.
In
conclusion,
SLR
demonstrates
offer
viable
approach
tackling
crisis.
By
embracing
these
principles,
be
established
address
challenges
posed
by
housing,
thereby
contributing
broader
goal
conservation
sector.
