Journal of Physics Conference Series,
Journal Year:
2024,
Volume and Issue:
2837(1), P. 012009 - 012009
Published: Oct. 1, 2024
Abstract
The
energy,
which
is
converted
from
the
sun
rays,
was
called
solar
energy.
This
very
essential
renewable
energy
converting
methods
that
had
a
higher
influence
for
water
distilling
system.
Here,
implication
of
Phase
Change
Materials
(PCM)
in
exit
analyzed.
trapped
paraffin
wax
storing
system
whiles
greater
radioactive
effect.
heat
power
than
utilized
increase
fluid
temperature
during
lesser
times.
Implication
units
on
Furthermore,
Thermal
collector
analyzed
following
years
2021
and
2022.
Concentric
PC
placed
over
top
rays.
And
then,
layer
under
absorber
plate
like
back-up
to
store
LH
Energy.
uniform
rate
flow
produced
two
years.
efficiency
increased
11–14%
collected
gain
enhanced
18–19%.
peak
61°C
&
60°C
2
consecutive
Paraffin
integrated
collecting
unit.
At
same
time
at
49%
January
primarily
relies
design
construction
itself.
Advances in chemical and materials engineering book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 177 - 194
Published: July 5, 2024
This
research
focuses
on
converting
hemp
stalk
into
Biochars
with
3-dimensional
hierarchically
directionally
dependent
pores
through
a
controlled
carbonization.
These
serve
as
bolsters
for
polyethylene
glycol
to
create
shape-stable
composite
PCMs.
The
reveals
that
CPCMs
using
hemp-stem-derived
Biochars,
attained
at
1073
K,
exhibit
high
PEG1000
rate
of
loading,
considerable
heat
transfer
latent
and
propitious
thermal
resistance
due
their
extensive
area
this
surface
pores.
Furthermore,
the
SS-Composite
PCM
based
biochar
demonstrates
notable
photonic
absorption
capability,
achieving
peak
efficiency
solar
conversion
96.77%.
distinct
structure
PCMs
is
apparent
in
various
conductivities
both
direction
transverse
longitudinal.
improves
effective
utilization
but
also
provides
exceptional
performance
solar-thermal
storage
systems.
Advances in chemical and materials engineering book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 133 - 152
Published: July 5, 2024
Research
has
been
conducted
on
the
use
of
hybrid
solar
stills
for
desalinating
salt
water
and
regenerating
weak
liquid
desiccant
(LD).
Different
experimental
settings
were
used
to
explore
effects
forced
convection
a
thermal
energy
storage
medium
desorption
from
LD.
Type-I
employed
desiccants
consisting
35
wt.
%
magnesium
chloride
Type-II
45
potassium
Formate;
in
bottom
basin,
salinity
level
1
cm
was
maintained.
desorbed
780
ml/m2
per
day
using
mild
desiccant,
while
810
ml/m2.
Total
daily
distillate
output
295
320
Type
II
I.
The
concentration
rose
2.5
1.5
I
II.
Hybrid
as
regenerators
LD
cooling
systems
have
ability
absorb
latent
heat
load
humid
air,
which
is
0.132
0.145
kW
d-1
respectively.
still
managed
attain
average
overall
efficiency
21.6
28.4%
during
hours
bright
sunshine,
Advances in environmental engineering and green technologies book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 315 - 332
Published: March 28, 2025
This
research
paper
delves
into
the
rapid
progress
of
energy
technologies
for
renewable
sector
in
distinctive
context.
The
analyses
important
improvements
across
diverse
sectors
like
encompassing
solar,
wind,
biomass,
hydropower,
geothermal,
and
ocean
energy.
India's
ambitious
vision
mission,
as
exemplified
by
National
Solar
Mission
Green
Energy
Corridor
innovative
techniques,
have
spurred
significant
growth
sector.
Similarly,
it
scrutinizes
advancements
wind
energy,
biomass
bioenergy
innovations,
potential
geothermal
sources
elaborate.
Through
previous
scenario
an
evaluation
economic
environmental
goods,
this
gives
a
comprehensive
view
on
It
underscores
role
technological
advancement
propelling
sustainable
transition
stats
recommendations
policymakers,
industry
stakeholders,
researchers
to
further
improve
country's
growth.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
529, P. 02009 - 02009
Published: Jan. 1, 2024
To
determine
the
wind
energy
potential,
probability
density
function
is
typically
used.
For
data
distribution
with
modest
speeds,
this
paper
developed
a
three-parameter
Weibull
model.
The
factors
were
determined
using
maximal
likelihood
technique.
world
renowned,
user-friendly
programming
language
Matrix
Laboratory
(MATLAB)
processes
all
that
needs
analysis.
A
comparison
was
made
between
3-factor
Weibull,
2-factor
and
Rayleigh
through
R2
root
mean
square
error
(RMSE).
ECMWF
Reanalysis
v5
(ERA
5)
reanalysis's
hourly
speeds
are
statistically
represented
by
these
three
distributions.
Due
to
its
placement
optimal
RMSE,
model
achieves
good
results.
parameters
has
of
0.9898,
two
0.9886,
0.5162.
root-mean-squared
errors
(RMSEs)
for
Rayleigh,
0.0082
0.0070,
respectively.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
529, P. 02005 - 02005
Published: Jan. 1, 2024
The
efficiency
of
a
Parabolic
Trough
(PT)
Solar
Power
Plant
heavily
relies
on
its
thermal
performance.
Modern
technology
has
allowed
for
the
creation
more
efficient
methods
producing
steam
and
collecting
solar
energy
power
generation.
Ministry
New
&
Renewable
Energy
(MNRE)
built
tested
an
11.1
m2
parabolic
trough
concentrator
(PTC).
A
system
that
generates
indirectly
by
using
concentrating
(CSP)
is
examined.
study
examined
absorbers'
properties,
combined
exchangers,
concentration
ratio,
heat
efficiency,
generation
to
determine
their
influence
efficiency.
experimental
findings
display
557.85
watts
are
absorbed
PTC
receiver.
PT
plant
25
29
%
factor
about
200
average.
maximum
9.1
kg.h-1
steam.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
529, P. 02008 - 02008
Published: Jan. 1, 2024
The
paper
details
the
development,
manufacturing,
and
evaluation
of
a
compact
Organic
Rankine
Cycle
(ORC)
system
fueled
by
Concentrated
Solar
Power
(CSP).
initial
selection
starting
point
cycle
is
described,
considering
operational
conditions
ORC
(such
as
properties
ambient
temperature
solar
field)
limitations.
study
outlines
construction
radial
turbine
generating
3
kW
power
conducts
numerical
simulations
fluid
flow
within
components
such
nozzle
wheel.
course
includes
engineering,
focusing
on
computation
critical
including
pumps,
exchangers,
sensors.
findings
laboratory
tests
are
presented
in
second
part.
experiment
utilized
thermal
oil
boiler
for
heating.
results
show
an
isentropic
efficiency
around
42%
6%
under
test
conditions,
indicating
promising
performance
over
wide
range
pressure
drops.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
529, P. 02004 - 02004
Published: Jan. 1, 2024
Renewable
energy
sources
like
solar
and
wind
face
an
insurmountable
obstacle
in
the
form
of
environmental
change-induced
discontinuity
instability.
Since
hydropower
is
quick
to
respond
doesn't
cost
much
alter,
it
was
a
common
choice
for
electric
system
correction.
A
cascade
(CHP)
station
compensates
hydro
power-solar-wind
that
we
present
this
study,
which
considers
several
long-term
goals.
Among
model's
objectives
optimization
power
system's
annual
total
generation
while
simultaneously
minimizing
output
variations.
As
prerequisite
optimizing
hydropower,
model
first
determines
Photovoltaic
(PV)
power,
then
feeds
those
numbers
into
grid.
In
order
obtain
set
solutions
has
been
proposed,
suggest
enhanced
non-dominated
sorting
whale
algorithm
(NSWOA).
According
findings,
decision-makers
have
access
plethora
options
optimal
selection
through
revised
NSWOA,
hydropower's
superior
modifying
capabilities
more
than
compensate
PV
power's
deficiencies.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
529, P. 02006 - 02006
Published: Jan. 1, 2024
An
Experimental
investigation
had
been
executed
in
a
solar
distill
unified
with
parabolic
collector
using
PCM.
This
experiment
compared
PCM
less
experimental
setup.
and
Parabolic
are
things
embedded
the
base
system
to
increase
overall
outcome.
Used
paraffin
wax
as
(Phase
Change
Material)
was
one
of
most
cost-effective
approaches
store
heat
energy.
The
ray’s
incidence
harvested
by
which
water
passed
tubes.
still
consist
double
slope
tube
filled
These
experiments
were
done
at
depth
15
mm.
In
these
produce
results
indicated
that
distillation
Solar
Collector
coupled
yielded
higher
productivity
temperature
levels
not
utilizing
PCM,
demonstrated
introduction
DSSD
or
without
it
resulted
improvements
33.25%
57.31%
respectively.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
547, P. 01015 - 01015
Published: Jan. 1, 2024
This
study
presents
the
results
of
a
numerical
analysis
solar
still's
(SS)
thermal
performance
and
water
production.
It
is
proposed
that
low-income
isolated
populations
in
need
potable
utilize
an
SS
for
desalination.
The
under
six
distinct
salt
concentrations
(0,
6,
12,
18,
24,
30
g/kg)
are
subject
study.
Adding
phase
change
material
(PCM)
beneath
sink
was
done
to
offset
decline
productivity
caused
by
increase
salinity,
as
previous
experimental
outcomes
published
literature
have
shown.
By
comparing
those
with
data,
mathematical
model
approaches
were
found
be
valid.
relative
difference
temperature
2%
while
production
3.5%.
Unlike
competing
models,
this
one
takes
into
account
both
concentration
when
calculating
parameters.
From
0
g/kg
findings
show
daily
drops.
For
every
instance,
temperature,
between
glass,
cumulative
hourly
also
includes
heat
flow
behavior
PCM
water.
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
547, P. 01020 - 01020
Published: Jan. 1, 2024
The
purpose
of
this
research
is
to
examine
a
desalination
pond
that
experimental
in
size
and
uses
solar
energy
for
its
heating.
the
major
components
zero
discharge
desalinate
progression
(ZDDP),
as
shown
below.
projected
ZDDP
may
treat
sewage
waste
water
produced
by
petrochemical
complex's
purification
unit,
resulting
productivity
both
fresh
salt.
was
researched
utilized
evaporation
distillation
process.
A
pond's
primary
function
batch
stage.
experiment
results
are
presented
after
an
introduction
powered
procedure.
prove
proposed
solar-powered
can
be
realistically
executed.
standard
terms
rate
at
which
it
gains
distilled
were
compared.
