Energy Strategy Reviews,
Год журнала:
2023,
Номер
49, С. 101115 - 101115
Опубликована: Июль 7, 2023
The
paper
analyzes
the
threshold
effect
of
technology
innovation
on
renewable
energy
in
G10
countries
through
panel
method.
outcome
shows
that
has
a
low
impact
when
is
below
value.
However,
strong
positive
value
above
because
expansion
spending
and
technology.
Moreover,
digitalization
makes
integration
possible,
analytic
artificial
intelligence
improve
production.
findings
explore
carbon
emission
negative
energy.
knowledge
stocks,
imported
oil
prices,
economic
growth,
electricity
consumption
positively
affect
must
develop
more
cost-effective,
mature,
accessible
Also,
focus
should
be
implementation
instead
investing
existing
infrastructure.
A
political
commitment
to
phase
out
nuclear
power
fossil
fuels
can
underwhelming
performance.
Energy Strategy Reviews,
Год журнала:
2023,
Номер
50, С. 101253 - 101253
Опубликована: Ноя. 1, 2023
This
paper
investigates
the
impact
of
climate
change
and
technological
innovation
on
economic
growth,
energy
consumption,
carbon
emissions
by
using
annual
observations
a
wide
range
variables
Asian
European
countries
from
1996
to
2021.
The
study
uses
dynamic
GMM
model
reveals
significant
regional
heterogeneity
time-varying
effects
growth.
Technological
plays
more
substantial
role
in
promoting
sustainable
growth
compared
countries.
also
uncovers
spatial
linkage
dependence
between
innovation.
transfer
has
increased
consumption
countries,
leading
abnormal
change.
underscores
importance
targeted
strategies
improve
efficiency
mitigate
confirms
EKC
hypothesis
with
an
observed
inverted
U-shaped
relationship
emissions.
Frontiers in Environmental Science,
Год журнала:
2023,
Номер
10
Опубликована: Фев. 17, 2023
For
environmental
sustainability
and
resource
security,
the
global
energy
system
requires
a
revolutionary
transition
from
traditional
to
green
resources.
Therefore,
this
study
investigates
influence
of
economic
policy
uncertainty,
technological
innovation,
ecological
governance,
growth
on
in
China.
We
employed
bootstrap
auto-regressive
distributive
lag
(BARDL)
model
evaluate
long-run
association
between
variables
Q1-2000
Q4-2020.
The
preliminary
finding
confirms
cointegration
relationship
among
variables.
results
show
that
uncertainty
negatively
derive
long-run.
In
contrast,
technology
innovation
governance
positively
transition.
These
findings
propose
strengthening
mechanism
accelerate
Energy Strategy Reviews,
Год журнала:
2024,
Номер
54, С. 101465 - 101465
Опубликована: Июнь 26, 2024
The
identification
of
factors
influencing
the
renewable
energy
stock
market
has
recently
received
much
attention
from
scholars.
While
implications
economic
policy
uncertainty
on
markets
have
been
extensively
studied
in
recent
literature,
less
paid
to
climate
uncertainty.
This
study
adds
existing
body
knowledge
by
investigating
whether
U.S.
predicts
return
and
volatility
five
NASDAQ
OMX
Green
Economy
indices
(fuel
cell,
wind,
solar,
developer/operator,
geothermal).
analysis
is
based
nonparametric
causality-in-quantile
test
employs
data
November
2010
August
2022.
findings
provide
strong
evidence
heterogeneous
distributional
predictability
stocks,
which
depends
sector
condition.
More
specifically,
does
not
cause
returns
during
extreme
downward
and/or
upward
conditions.
Additionally,
cannot
predict
turmoil
episodes
that
occurred
market.
Further
in-depth
considering
asymmetry
reveals
a
decrease
(increase)
improves
prediction
(volatility)
instead
(increase).
These
still
hold
when
using
parametric
test.
underscore
critical
role
transparency
sector-specific
strategies
reducing
encouraging
long-term
investments
sector.
Sensors,
Год журнала:
2022,
Номер
22(17), С. 6367 - 6367
Опубликована: Авг. 24, 2022
As
is
already
known,
solar
photovoltaic
(PV)
technology
a
widely
accepted
for
power
generation
worldwide.
However,
it
scientifically
proven
that
its
output
decreases
with
an
increase
in
the
temperature
of
PV
module.
Such
important
issue
controlled
by
adopting
number
cooling
mechanisms
The
present
experimental
study
assesses
effect
fanless
CPU
heat
pipe
on
performance
experiment
was
conducted
June
real
weather
conditions
Yekaterinburg,
Russian
Federation.
comparative
analysis
two
panels
(i.e.,
cooled,
and
uncooled)
based
electrical
energy,
exergy
performance,
economic,
embodied
energy
payback
(5E)
systems
presented
discussed.
key
results
from
are
average
reduction
process
6.72
°C.
cooled
panel
11.39
W
against
9.73
uncooled
panel;
this
represents
1.66
Moreover,
improvements
efficiency,
recorded
2.98%,
438.52
kWh,
respectively.
Furthermore,
calculations
levelized
cost
(LCE)
indicate
can
range
0.277-0.964
USD/kWh,
while
also
ranges
0.205-0.698
USD/kWh
days
operation
plant.
