WANG Ke, LIU Chun-ting, CHEN Xiang, YI Jin-chao, WEI Yi-ming, LI Zhe
2025, 18(3): 295-308.
In-depth
exploration
of
the
integrated
effects
of
low-carbon
development
in
industrial
parks
and
their
potential
for
green
transformation
is
of
great
significance
to
achieve
China’s
dual
carbon
goals.
This
study
takes
the
Carbon
Neutral
Smart
Industrial
Park
of
Goldwind
Science
&
Technology
Co.,
Ltd.,
a
leading
enterprise
in
the
new
energy
equipment
manufacturing
industry,
as
a
case
and
adopts
an
exploratory
case
study
method
combined
with
institutional
theory
to
systematically
analyze
the
pathways
to
carbon
neutrality
and
value
creation
mechanisms
in
industrial
parks.
The
research
finds
that,
Based
on
policy
regulations,
market/social
expectations
and
exploration
of
commercialization
strategies,
the
industrial
parks
promote
carbon
neutrality
through
three
core
pathways:
Energy
structure
optimization,
energy-saving
retrofits,
and
digital
empowerment,
and
implement
the
carbon
neutrality
practice
through
five
key
steps:
carbon
diagnosis,
resource
integration,
technological
innovation
action,
carbon
neutrality
certification,
and
value
creation.
Ultimately,
industrial
parks
achieve
the
integrated
generation
of
economic
and
social
value
through
the
replication
of
its
commercial
model,
and
form
a
closed-loop
mechanism
from
action
to
value.
In
addition,
the
that
carbon
neutrality
in
industrial
parks
is
the
result
of
a
dynamic
balance
between
institutional
pressures
and
business
motivation,
technological
innovation
serves
as
a
key
link
connecting
social
responsibility
and
commercial
value.
The
findings
enrich
the
application
of
environmental
corporate
social
responsibility
(ECSR)
theory
and
institutional
theory
in
the
context
of
green
transformation
and
provide
a
replicable
and
scalable
case
for
the
low-carbon
development
of
industrial
parks
and
policy
optimization
in
China.