Renovation of Typological Clusters with Building-Integrated Photovoltaic Systems
Energies,
Journal Year:
2025,
Volume and Issue:
18(6), P. 1394 - 1394
Published: March 12, 2025
The
current
climate
emergency
makes
it
imperative
to
take
action
halt
the
irreversible
destruction
of
planet,
with
renovation
existing
buildings
playing
a
crucial
role.
In
Europe,
particularly
in
Spain,
energy
efficiency
improvements
are
undertaken
only
small
fraction
cases.
This
gap
presents
valuable
opportunity
implement
measures
that
encourage
such
interventions.
To
enhance
production
and
tackle
this
issue
from
distributed
perspective,
building-integrated
photovoltaic
(BIPV)
systems
emerge
as
key
solution.
context,
primary
objective
research
is
visibility
promote
adoption
BIPV
building
retrofitting
through
development
standardised
framework
for
their
installation
across
distinct
typological
clusters.
achieve
objective,
comprehensive
systematic
analysis
was
construct
classification
most
accurately
exhaustively
represents
Spanish
stock.
resulted
identification
15
clusters,
which,
based
on
shared
formal
attributes,
were
consolidated
into
3
principal
For
each
these
three
groups,
tailored
guide
system
implementation
developed,
addressing
specific
characteristics
highlighting
critical
factors
be
considered
case.
illustrate
practical
application
proposed
framework,
representative
case
study
selected
subjected
an
in-depth
analysis,
resulting
detailed
proposal
installations
both
façade
roof.
regard,
develops
initial
procedural
comprehensively
diverse
typologies,
providing
structured
protocol
integration
within
context
retrofit
Language: Английский
Efficiency and Sustainability in Solar Photovoltaic Systems: A Review of Key Factors and Innovative Technologies
Eng—Advances in Engineering,
Journal Year:
2025,
Volume and Issue:
6(3), P. 50 - 50
Published: March 6, 2025
PSS
(Photovoltaic
Solar
Systems)
are
a
key
technology
in
energy
transition,
and
their
efficiency
depends
on
multiple
interrelated
factors.
This
study
uses
systematic
review
based
the
PRISMA
methodology
to
identify
four
main
categories
affecting
performance:
technological,
environmental,
design
installation,
operational
Notably,
technological
advances
materials
such
as
perovskites
emerging
technologies
like
tandem
bifacial
cells
significantly
enhance
conversion
efficiency,
fostering
optimism
field.
Environmental
factors,
including
solar
radiation,
temperature,
contaminants,
also
substantially
impact
system
performance.
Design
installation
play
crucial
role,
particularly
panel
orientation,
tracking
systems,
optimization
of
electrical
configurations.
Maintenance,
material
degradation,
advanced
monitoring
systems
essential
for
sustaining
over
time.
provides
comprehensive
understanding
field
by
reviewing
113
articles
analyzing
three
areas—materials,
application
sizing
technologies,
optimization—from
2018
2025.
The
paper
explores
trends,
development
storage
integration
smart
grids,
which
hold
promise
enhancing
photovoltaic
module
(PM)
findings
highlight
importance
integrating
innovation,
strategies,
effective
management
maximize
potential
PM
providing
solid
foundation
future
research
applications
across
residential,
industrial,
large-scale
contexts.
Language: Английский