Case Studies in Thermal Engineering,
Journal Year:
2024,
Volume and Issue:
54, P. 104032 - 104032
Published: Jan. 17, 2024
In
the
contemporary
era,
availability
of
energy
and
water
stands
as
an
essential
foundation
for
human
survival,
with
water's
significance
underscored
by
its
role
in
shaping
habitats.
However,
modern
world
faces
pressing
challenge
scarcity,
exacerbated
factors
like
air
pollution,
leading
to
ecological
imbalances.
Water,
indispensable
resource
various
daily
activities,
necessitates
generation
freshwater.
Simultaneously,
imperative
sustainable
has
taken
precedence
on
national
agenda
growth.
this
context,
integration
solar
photovoltaic
(PV)
technology
stills
emerges
most
viable
solution.
Within
these
integrated
systems,
electrical
generated
PV
is
strategically
employed
preheat
inlet
feeds,
enhance
temperature,
optimize
evaporation
condensation
processes
within
still,
thereby
augmenting
overall
performance.
This
study
delves
into
collectors/systems
stills,
distinguishing
between
thermal
utilization
systems.
The
review
underscores
pivotal
addressing
critical
issues
scarcity
generation,
contributing
nation's
This
research
investigates
the
use
and
consequences
of
environmentally-friendly
technology
in
operational
activities
universities.
We
evaluate
incorporation
sustainable
practices
into
instructional
structure
strategies
higher
education
institutions
by
conducting
a
thorough
examination
relevant
literature
comparative
study.
The
methodological
approach
is
based
on
conceptual
framework
that
combines
Triple
Bottom
Line
theory
with
scholarly
stakeholder
involvement,
offering
comprehensive
view
sustainability
from
several
angles.
variety
multidisciplinary
to
assess
effectiveness
green
promoting
an
environmentally
conscious
campus
culture
decreasing
ecological
impact.
Initial
results
indicate
while
universities
are
making
progress
adopting
technology,
there
still
much
potential
for
improving
policies
involving
community
order
achieve
complete
sustainability.
study
enhances
discussion
academia
provides
solid
groundwork
future
avenues.
Next Sustainability,
Journal Year:
2024,
Volume and Issue:
4, P. 100056 - 100056
Published: Jan. 1, 2024
Solar
energy
is
an
effective
means
of
reducing
global
greenhouse
gas
emissions.
This
review
provides
overview
building-integrated
photovoltaic
thermal
(BIPVT)
systems,
highlighting
their
potential
advantages
and
challenges.
The
goal
to
evaluate
how
BIPVT
systems
can
improve
efficiency,
cost-effectiveness,
sustainability.
article
a
comprehensive
study
various
spectral
splitting
techniques
discusses
the
performance
efficiency
different
applications.
Additionally,
this
analyzes
factors
that
influence
design,
installation,
maintenance
as
well
economics,
feasibility,
market
systems.
results
show
have
significant
promise
in
improving
(PV)
module
electrical
system
consumption,
thus
contributing
climate
change
mitigation.
However,
its
high
initial
installation
cost
compared
traditional
heating
cooling
or
stand-alone
solar
remains
major
barrier
widespread
adoption.
To
enhance
dynamism,
further
research
development
work
required
reduce
costs
overcome
existing
technical
