Sustainability,
Год журнала:
2024,
Номер
16(8), С. 3339 - 3339
Опубликована: Апрель 16, 2024
Many
countries
around
the
world
are
rapidly
advancing
sustainable
development
(SD)
through
exploitation
of
clean
energy
sources
such
as
solar
and
wind
energy,
which
becoming
core
transition.
In
recent
years,
continuous
advancement
Earth
system
models
(ESMs)
has
facilitated
numerous
studies
utilizing
them
to
predict
long-term
large-scale
meteorological
elements,
consequently
enabling
forecasts
energy.
These
provide
critical
guidance
for
formulating
national
renewable
policies.
Nevertheless,
current
literature
on
ESMs
predicting
lacks
sufficient
integration.
Hence,
comprehend
focal
points
future
research
prospects,
we
conducted
this
systematic
review,
employing
four
academic
search
tools
comprehensively
analyze
relevant
from
past
five
years.
We
summarized
general
analytical
process
compared
content
conclusions
literature.
The
study
reveals
that
photovoltaic
(PV)
potential
electricity
generation
may
increase
in
certain
regions
but
decrease
others,
while
global
concentrated
power
(CSP)
diminish,
influenced
by
diverse
factors
displaying
significant
regional
disparities.
addition,
resource
trends
vary
different
regions,
exhibit
considerable
uncertainty.
Therefore,
many
have
corrected
speeds
prior
Subsequent
endeavors
should
concentrate
optimizing
ESMs,
investigating
impacts
technological
innovation,
enhancing
prediction
analysis
extreme
weather
events.
Earth and Space Science,
Год журнала:
2023,
Номер
10(2)
Опубликована: Янв. 27, 2023
Abstract
As
one
of
the
largest
megacity
clusters
in
China,
Pearl
River
Delta
(PRD)
exhibited
an
obvious
increase
autumn
mean
maximum
daily
8
hr
average
(MDA8)
ozone
(O
3
)
concentration
from
2014
to
2020,
although
O
precursors
were
effectively
controlled.
To
understand
cause
these
elevated
surface
MDA8
concentrations
PRD,
we
explored
potential
meteorological
causes.
Based
on
relationships
between
and
conditions,
weather
index
(OWI)
was
constructed
downward
shortwave
radiation
flux
(DSWRF),
relative
humidity
(RH),
wind
speed
(WS)
data
represent
variations
PRD.
Stronger
DSWRF,
lower
RH,
WS
linked
larger
OWI
values
stronger
pollution.
Discrepancies
observed
days
with
>
1
<
−1.
Atmospheric
stagnation
(AS)
also
associated
The
AS
53%
(51.0
μg
m
−3
higher
than
those
non‐AS
days.
exceedance
rates
36.5%,
which
is
4.8
times
(7.6%)
In
addition
less
precipitation,
accompanied
by
total
cloud
cover
downdraft
airflow,
accelerated
production.
Since
occurrence
projected
increase,
efforts
mitigate
would
contribute
decreasing
risk
severe
pollution
events
Sustainability,
Год журнала:
2024,
Номер
16(8), С. 3339 - 3339
Опубликована: Апрель 16, 2024
Many
countries
around
the
world
are
rapidly
advancing
sustainable
development
(SD)
through
exploitation
of
clean
energy
sources
such
as
solar
and
wind
energy,
which
becoming
core
transition.
In
recent
years,
continuous
advancement
Earth
system
models
(ESMs)
has
facilitated
numerous
studies
utilizing
them
to
predict
long-term
large-scale
meteorological
elements,
consequently
enabling
forecasts
energy.
These
provide
critical
guidance
for
formulating
national
renewable
policies.
Nevertheless,
current
literature
on
ESMs
predicting
lacks
sufficient
integration.
Hence,
comprehend
focal
points
future
research
prospects,
we
conducted
this
systematic
review,
employing
four
academic
search
tools
comprehensively
analyze
relevant
from
past
five
years.
We
summarized
general
analytical
process
compared
content
conclusions
literature.
The
study
reveals
that
photovoltaic
(PV)
potential
electricity
generation
may
increase
in
certain
regions
but
decrease
others,
while
global
concentrated
power
(CSP)
diminish,
influenced
by
diverse
factors
displaying
significant
regional
disparities.
addition,
resource
trends
vary
different
regions,
exhibit
considerable
uncertainty.
Therefore,
many
have
corrected
speeds
prior
Subsequent
endeavors
should
concentrate
optimizing
ESMs,
investigating
impacts
technological
innovation,
enhancing
prediction
analysis
extreme
weather
events.
