Mathematics,
Journal Year:
2024,
Volume and Issue:
12(14), P. 2187 - 2187
Published: July 12, 2024
Recycling
waste
electrical
and
electronic
equipment
(WEEE)
has
garnered
considerable
societal
attention.
To
incentivize
WEEE
recycling
within
a
closed-loop
supply
chain
(CLSC),
deposit-refund
system
(DRS)
been
implemented.
This
study
delves
into
the
implications
of
market-driven
DRS
on
under
different
models.
A
Stackelberg
game
analysis
is
employed,
where
an
electronics
manufacturer
(leader)
sufficient
channel
power
over
retailer
third-party
recycler
(followers).
The
results
indicate
that
significantly
incentivizes
consumer
efforts,
ultimately
elevating
economic
efficiency
chain.
When
assumes
responsibility
for
recycling,
it
streamlines
process,
thereby
enhancing
operational
profitability.
Conversely,
when
handles
reduces
retail
prices
simplifies
positively
influencing
purchasing
behavior.
However,
undertakes
volume
tends
to
be
minimal,
resulting
in
lowest
level
profits.
paper
provides
theoretical
practical
improving
effectiveness
CLSC.
Managerial and Decision Economics,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 22, 2025
ABSTRACT
The
choice
of
spent
new
energy
vehicle
(NEV)
battery
recovery
mode
is
crucial
to
improve
performance.
This
paper
examines
the
decision‐making
rules
for
closed‐loop
supply
chain
NEV
batteries
under
intervention
government
policies.
It
also
compares
performance
across
various
modes
and
effects
different
Results
indicate
that
(1)
in
terms
total
revenue
rate,
producer
mode,
mixed
involving
automobile
manufacturer
professional
recycler,
more
effective.
(2)
optimal
solution
decision
variable
influenced
by
policies,
this
influence
remains
consistent
modes.
(3)
positive
impact
deposit‐return
system
linked
relationship
between
deposit
amount
reward
scale.
If
refund
constitutes
too
small
a
proportion
deposit,
both
rate
will
decline.
Reducing
recycling
channel
costs
enhancing
purchasers'
environmental
awareness
can
increase
ratio
higher
revenue.
Managerial and Decision Economics,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 1, 2025
ABSTRACT
We
analyze
three
business
models
for
electric
vehicle
power
battery
use:
(1)
pure
selling
strategy,
(2)
leasing
and
(3)
innovative
hybrid
strategy
where
both
the
services
are
provided
by
one
monopoly
firm
simultaneously.
The
decides
quality.
demonstrate
that
relative
profitability
of
firm's
different
strategies
hinges
on
customer's
psychological
cost
product's
supply–demand
ratio.
Counterintuitively,
firm,
when
product
quality
is
endogenous,
not
always
more
profitable
than
which
differs
from
previous
studies.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(9), P. 3928 - 3928
Published: April 27, 2025
With
the
booming
development
of
new
energy
vehicle
(NEV)
industry,
issue
power
battery
recycling
has
increasingly
attracted
attention.
Standardized
batteries
can
reduce
environmental
pollution
and
promote
sustainable
resource
utilization.
This
paper
employs
evolutionary
game
theory
to
construct
two
models
deposit
systems
for
batteries:
one
under
market
mechanisms
other
with
government
participation.
The
stable
strategies
among
manufacturers,
consumers,
are
examined,
equilibrium
points
analyzed.
Finally,
Matlab
is
used
conduct
a
simulation
analysis
system
results
indicate
that
difficult
constrain
consumer
behavior,
while
participation
conducive
promoting
achievement
long-term
protection
goals.
These
findings
provide
valuable
insights
policymakers
in
designing
deposit–refund
contribute
advancing
NEV
industry.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(9), P. 4192 - 4192
Published: May 6, 2025
This
article
investigates
decision-making
strategies
for
power
battery
recycling
and
cascading
utilization
within
the
context
of
rapidly
advancing
blockchain
technology,
aiming
to
enhance
sustainability
efficiency
energy
storage
systems.
A
closed-loop
supply
chain
model
is
proposed,
integrating
key
stakeholders
such
as
manufacturers,
OEM
(original
equipment
manufacturer)
vehicle
third-party
recyclers,
tiered
users,
consumers.
The
study
focuses
on
critical
factors
including
competition
among
channels,
level
blockchain-enabled
traceability,
rate
retired
batteries.
By
analyzing
four
hybrid
modes,
research
identifies
optimal
evaluates
their
economic
environmental
impacts.
findings
provide
a
theoretical
foundation
practical
insights
improving
recycling,
contributing
development
cleaner
more
efficient
