Journal of Energy Storage,
Год журнала:
2024,
Номер
84, С. 110945 - 110945
Опубликована: Фев. 21, 2024
Phase
change
heat
storage
has
gained
a
lot
of
interest
lately
due
to
its
high
energy
density.
However,
during
the
phase
shift
process,
Change
Materials
(PCMs)
experience
issues
such
as
low
thermal
conductivity,
stability,
leaking,
and
energy-storing
capacity.
that
mimic
or
derive
from
nature
can
effectively
offset
shortcomings
attributed.
This
work
presents
methodical
overview
synthesis,
thermo-physical
properties,
comparison
Thermal
Energy
Storage
(TES)
applications
bio-derived
biomimetic
composite
PCMs
(BD/BM-CPCMs).
Several
studies
have
observed
increase
in
conductivity
up
950–1250
%
for
BD/BM-CPCMs,
well
great
stability
with
no
matrix
leakage
at
an
average
temperature
150–250
°C.
These
types
composites
relative
enthalpy
efficiency
98.1
endure
200–1000
heating-cooling
cycles
on
average.
Additionally,
enviro-economic
aspects,
numerical
approaches
transfer
multivariate
multi-objective
optimizations
technical,
financial
environmental
standpoint
using
machine
learning
techniques
underlying
scopes
BD/BM-CPCM
are
presented.
It
is
necessary
fabricate
adaptable
multifunctional
harvesting
future.
With
regard
advancement
substance
functionalism,
it
show
research
use
innovative
effects
like
versatility,
light
conversion,
electro-thermal
anti-bacterial
qualities
real-world
systems.
