Energy Material Advances,
Journal Year:
2024,
Volume and Issue:
5
Published: Jan. 1, 2024
As
the
world
enters
into
era
of
electrifying
transportation
for
cleaner
energy,
lithium-ion
battery
(LIB)-powered
electric
vehicles
have
drawn
great
attention
in
recent
years.
However,
fast-charging
capability
LIBs
has
long
been
regarded
as
technological
obstacle
to
wider
adoption
(BEVs)
market.
A
substantial
challenge
associated
with
fast
charging
is
formation
Li
plating
on
graphite
anode
it
major
contributor
side
reactions
during
cell
operations.
In
this
review,
fundamentals
and
corresponding
influencing
factors
(including
state
charge
[SOC],
current
density,
temperature,
N/P
ratio)
Li-ion
intercalation
process
are
first
elucidated
under
conditions.
Furthermore,
conventional
strategies
suppress
by
enhancing
ion
transport
kinetics
between
interface
electrode
through
engineering
electrolyte
design
also
summarized
analyzed.
Then,
innovative
achieving
ultrahigh
SOC
anodes
regulating
morphology
host
materials
construct
hybrid
storage
discussed
detail.
Two
types
compared
terms
performance,
simplicity,
safety
concerns.
Last,
we
highlight
some
research
orientations
perspectives
pertaining
development
storage,
providing
effective
approaches
address
issues
LIBs.
InfoMat,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 19, 2024
Abstract
The
electrolyte‐wettability
at
electrode
material/electrolyte
interface
is
a
critical
factor
that
governs
the
fundamental
mechanisms
of
electrochemical
reaction
efficiency
and
kinetics
materials
in
practical
energy
storage.
Therefore,
design
construction
material
surfaces
with
improved
has
been
demonstrated
to
be
important
optimize
storage
performance
material.
Here,
we
comprehensively
summarize
advanced
strategies
key
progresses
surface
chemical
modification
for
enhancing
materials,
including
polar
atom
doping
by
post
treatment,
introducing
functional
groups,
grafting
molecular
brushes,
coating
situ
reaction.
Specifically,
basic
principles,
characteristics,
challenges
these
improving
are
discussed
detail.
Finally,
potential
research
directions
regarding
characterization
techniques
future
provided.
This
review
not
only
insights
into
but
also
provides
strategic
guidance
optimization
pursuing
high‐performance
devices.
image
Chemistry of Materials,
Journal Year:
2024,
Volume and Issue:
36(19), P. 9299 - 9319
Published: Sept. 18, 2024
With
the
promotion
of
portable
energy
storage
devices
and
popularization
electric
vehicles,
lithium-ion
battery
(LiB)
technology
plays
a
crucial
role
in
modern
systems.
Over
past
decade,
demands
for
LiBs
have
centered
around
high
density
long
cycle
life.
These
parameters
are
often
determined
by
characteristics
active
materials
electrodes.
Given
its
abundance,
environmental
friendliness,
low
cost
capacity,
magnetite
(Fe
Batteries,
Journal Year:
2025,
Volume and Issue:
11(2), P. 63 - 63
Published: Feb. 7, 2025
Attention
to
electrochemical
energy
storage
(EES)
devices
continues
grow
as
the
demand
increases
for
systems
in
and
transmission
of
renewable
energy.
The
expanded
market
requirement
mobile
electronics
flexible
electronic
also
calls
efficient
suppliers.
EES
applying
pseudocapacitive
materials
generated
are
gaining
increasing
focus
because
they
capable
overcoming
capacity
limitations
electrical
double-layer
capacitors
(EDLCs)
offsetting
rate
performance
batteries.
mechanism
generally
occurs
on
surface
or
near
electrode
materials,
which
could
avoid
slow
ion
diffusion
process.
Developing
with
beneficial
nanostructures
optimized
phases
supporting
would
efficiently
improve
density
charging
devices,
such
batteries
supercapacitors.
This
review
offers
a
detailed
assessment
pseudocapacitance,
including
classification,
working
mechanisms,
analysis
methods,
promotion
routes
advanced
applications.
future
challenges
facing
effective
utilization
mechanisms
upcoming
discussed.
Chemical Communications,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 1, 2025
Fast-charge
ability
is
essential
for
organic
materials
in
high-power
sodium
storage.
A
highlight
covers
the
challenges,
strategies
and
future
perspectives
related
to
molecular
design
density
ion
batteries.
