Over
the
past
few
decades,
conductive
polymers
have
captured
significant
focus
due
to
their
distinct
conducting
properties
and
enhanced
application
in
energy
storage
devices.
In
this
regard,
a
novel
strategy
of
donor–acceptor
type
polymer
been
synthesized
via
direct
arylation
polymerization
method
using
palladium
acetate
as
catalyst.
The
(named
SP)
exhibited
good
thermal
stability
286.5
°C
possessed
lower
band
gap
2.3
eV
which
was
determined
from
optical
electrochemical
techniques.
SP
exhibits
three-electrode
specific
capacitance
611.2
F
g–1
1
M
KOH
at
current
density
A
g–1.
Further,
applied
positive
electrode
material,
activated
carbon
used
negative
material
asymmetric
system.
At
2
density,
supercapacitor
device
be
140.13
It
observed
that
an
excellent
52.69
W
h
kg–1
2334
power
cyclic
up
10,500
cycles
with
retained
initial
capacity
92.6%.
Over
the
past
few
decades,
conductive
polymers
have
captured
significant
focus
due
to
their
distinct
conducting
properties
and
enhanced
application
in
energy
storage
devices.
In
this
regard,
a
novel
strategy
of
donor–acceptor
type
polymer
been
synthesized
via
direct
arylation
polymerization
method
using
palladium
acetate
as
catalyst.
The
(named
SP)
exhibited
good
thermal
stability
286.5
°C
possessed
lower
band
gap
2.3
eV
which
was
determined
from
optical
electrochemical
techniques.
SP
exhibits
three-electrode
specific
capacitance
611.2
F
g–1
1
M
KOH
at
current
density
A
g–1.
Further,
applied
positive
electrode
material,
activated
carbon
used
negative
material
asymmetric
system.
At
2
density,
supercapacitor
device
be
140.13
It
observed
that
an
excellent
52.69
W
h
kg–1
2334
power
cyclic
up
10,500
cycles
with
retained
initial
capacity
92.6%.
