Energy Technology,
Год журнала:
2024,
Номер
unknown
Опубликована: Авг. 29, 2024
Battery
thermal
management
system
(BTMS)
based
on
phase
change
materials
(PCMs)
is
simple
in
structure
while
presenting
outstanding
performance,
but
the
core
bottleneck
hindering
industrialization
of
which
poor
performance
PCMs’
pivotal
properties.
Apart
from
that,
under
extreme
conditions,
single
passive
temperature‐control
technology
apparently
could
not
meet
demands.
Therefore,
modification
strategies
to
improve
PCM's
properties
suitable
for
BTMS
are
thoroughly
reviewed.
Moreover,
optimization
as‐mentioned
systems
by
integrating
them
with
other
active
heating
or
cooling
devices
obtain
advanced
and
full‐temperature
responsive
capability
also
summarized.
Profound
opinions
concerning
about
prospect
challenges
PCM‐BTMS
given.
It
expected
provide
some
innovative
ideas
advancement
such
promising
technology.
e-Prime - Advances in Electrical Engineering Electronics and Energy,
Год журнала:
2024,
Номер
8, С. 100526 - 100526
Опубликована: Март 24, 2024
Lithium-ion
batteries
have
emerged
as
a
promising
choice
for
electric
vehicle
applications.
However,
the
thermal
runaway
and
related
catastrophic
issues
perplex
research
community
when
are
subjected
to
varying
charging/discharging
different
ambient
temperatures.
In
order
keep
under
safe
zone
of
temperature,
battery
management
occupies
utmost
importance
hence
researchers
switching
over
combination
either
two
or
three
strategies.
combined
strategy,
use
phase
change
materials
due
their
inherent
thermo-physical
properties,
both
organic
inorganic
types
been
explored.
To
enhance
heat
dissipation,
materials,
regarded
composite
being
added
with
graphite
powder,
nanomaterials,
metal
foams,
fins
arranged
cells.
The
present
review
enumerates
recent
progress
made
in
achieving
good
performance
hybrid/integrated
systems
an
emphasis
on
materials.
revealed
that
hybrid
strategy
is
performing
well,
machine
learning
advanced
optimization
methods
applied
understand
state
health
batteries.
Few
works
focussed
mitigation
propagation
serving
effective
flame
retardants.
current
status
challenges
faced
LIBs
also
briefed.
It
felt
essential
develop
economical
integrated
parasitic
power
losses,
compact
attract
many
city
dwellers
adopt
pure
vehicles
besides
meeting
mandate
sustainable
development
goals.
attempt
provide
ready
reckoner
area
involving
