Academia green energy.,
Journal Year:
2025,
Volume and Issue:
2(2)
Published: April 2, 2025
This
review
examines
the
technological
progress,
economic
viability,
and
growth
trajectories
of
energy
storages
systems
(ESSs)
integrated
with
advanced
management
(AEMSs)
from
2000
to
2030.
study
evaluated
key
technologies
such
as
battery
(BESS),
mechanical
(MESS),
thermal
(TES)
storage
via
compound
annual
rate
(CAGR),
net
present
value
(NPV),
levelized
cost
(LCOS)
through
a
structured
analysis
peer-reviewed
literature,
market
data,
case
studies.
The
results
show
that
lithium-ion
batteries
dominate
short-term
at
CAGR
43%
(2011–2025),
driven
by
reduction
high
efficiency,
whereas
pumped
hydro
remains
important
for
long-term
demand
despite
geographical
limitations.
Flow
heat
demonstrate
potential
grid
resilience
industrial
decarbonization.
An
AEM
leverages
AI
machine
learning
can
improve
operational
efficiency
10–30%
in
hybrid
systems.
predicts
BESSs
will
account
65%
new
installations
2030,
highlighting
need
policy
support,
material
recycling,
blending
solutions.
work
provides
actionable
insights
help
stakeholders
align
their
deployments
global
decarbonization
goals.
Journal of Energy Storage,
Journal Year:
2023,
Volume and Issue:
72, P. 108694 - 108694
Published: Aug. 19, 2023
Energy
Storage
Technology
is
one
of
the
major
components
renewable
energy
integration
and
decarbonization
world
systems.
It
significantly
benefits
addressing
ancillary
power
services,
quality
stability,
supply
reliability.
However,
recent
years
COVID-19
pandemic
have
given
rise
to
crisis
in
various
industrial
technology
sectors.
An
integrated
survey
storage
development,
its
classification,
performance,
safe
management
made
resolve
these
challenges.
The
development
has
been
classified
into
electromechanical,
mechanical,
electromagnetic,
thermodynamics,
chemical,
hybrid
methods.
current
study
identifies
potential
technologies,
operational
framework,
comparison
analysis,
practical
characteristics.
This
proposed
also
provides
useful
information
readers,
engineers,
practitioners
on
global
economic
effects,
environmental
organization
resilience,
key
challenges,
projections
technologies.
optimal
scheduling
model
proposed.
Policies
for
sustainable
adaptation
are
then
described.
extensive
list
publications
date
open
literature
canvassed
portray
developments
this
area.
Eng—Advances in Engineering,
Journal Year:
2024,
Volume and Issue:
5(3), P. 1232 - 1265
Published: June 28, 2024
The
impacts
that
the
available
energy
sources
have
had
on
society,
environment,
and
economy
become
a
focus
of
attention
in
recent
years,
generating
polarization
opinions.
Understanding
these
is
crucial
for
rational
evaluation
development
strategies
economic
growth
security.
This
review
examines
such
main
resources
currently
exploited
or
development,
including
fossil
fuels,
geothermal,
biomass,
solar,
hydropower,
hydrogen,
nuclear,
ocean,
wind
energies
society
through
analysis
comparison.
It
essential
to
consider
how
high
demand
influences
prices,
workforce,
environment
assess
advantages
disadvantages
each
source.
One
significant
finding
from
this
levelized
cost
(LCOE)
may
vary
substantially
depending
source
used
show
substantial
ranges
different
applications
same
Nuclear
has
lowest
LCOE
range
whereas
ocean
highest
among
nine
considered.
Fossil
fuels
were
found
most
societal
impacts,
which
involved
positive
side
providing
by
far
largest
number
jobs
tax
revenues.
However,
negative
side,
nuclear
pose
health
threats
social
well-being
communities
societies
compared
other
sources.
On
hand,
risk
terms
safety,
with
solar
also
worldwide.
Regarding
environmental
consequences,
generate
greenhouse
gas
(GHG)
emissions
adverse
ecosystems.
In
contrast,
GHG
low
moderate
Biomass,
geothermal
hydropower
ecosystem
Hydropower
facilities
require
materials
(mainly
concrete)
build
per
unit
generated,
followed
energy,
steel
concrete
generated.
lack
recycling
causes
associated
All
use
thermal
power
generation
process
consume
quantities
water
cooling.
comparisons
provided
identified
there
an
urgent
need
transition
away
large-carbon-footprint
processes,
particularly
without
carbon
capture,
reduce
consumption
construction
recycling,
as
occurs
many
existing
plants.
can
be
facilitated
seeking
alternative
more
widely
accessible
lower
footprints
during
manufacturing
construction.
Implementing
help
mitigate
climate
change
impact
community
growth.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(4), P. 1572 - 1572
Published: Feb. 13, 2024
The
ongoing
energy
transition
has
caused
a
paradigm
shift
in
the
architecture
of
power
systems,
increasing
their
sustainability
with
installation
renewable
sources
(RES).
In
most
cases,
efficient
utilization
requires
employment
storage
systems
(ESSs),
such
as
batteries
and
hydro-pumped
systems.
need
for
ESS
becomes
more
apparent
when
it
comes
to
non-interconnected
where
incorporation
stochastic
renewables,
photovoltaics
(PV)
may
frequently
reduce
certain
quality
indicators
or
lead
curtailments.
purpose
this
review
paper
is
present
predominant
core
technologies
related
ESSs,
along
technical
life
cycle
analysis
range
ancillary
services
that
they
can
provide
Also,
aims
detailed
description
existing
installations,
combinations
European
islands.
Therefore,
provides
an
overview
maps
current
status
solutions
enhance
sustainable
environmentally
friendly
operation
autonomous
Sustainable Energy Research,
Journal Year:
2024,
Volume and Issue:
11(1)
Published: July 20, 2024
Abstract
The
global
energy
sector
is
currently
undergoing
a
transformative
shift
mainly
driven
by
the
ongoing
and
increasing
demand
for
clean,
sustainable,
reliable
solutions.
However,
integrating
renewable
sources
(RES),
such
as
wind,
solar,
hydropower,
introduces
major
challenges
due
to
intermittent
variable
nature
of
RES,
affecting
grid
stability
reliability.
Hybrid
storage
systems
(HESS),
which
combine
multiple
devices
(ESDs),
present
promising
solution
leveraging
complementary
strengths
each
technology
involved.
This
comprehensive
review
examines
recent
advancements
in
grid-connected
HESS,
focusing
on
their
components,
design
considerations,
control
strategies,
applications.
It
provides
detailed
analysis
technological
progress
various
ESDs
critical
role
power
conversion,
control,
management,
cooling
optimizing
HESS
performance.
Highlighting
case
studies
some
notable
successful
implementations
across
globe,
we
illustrate
practical
applications
identify
benefits
encountered.
By
addressing
these
challenges,
can
significantly
enhance
efficiency
reliability
supporting
towards
sustainable
resilient
infrastructure.
paper
concludes
identifying
future
research
directions,
highlighting
development
intelligent
systems,
materials,
efficient
recycling
processes
ensure
widespread
adoption
long-term
viability
HESS.
Transactions in GIS,
Journal Year:
2025,
Volume and Issue:
29(1)
Published: Jan. 24, 2025
ABSTRACT
Wind
and
solar
energy
are
among
the
most
important
clean
sources
globally
but
significantly
affected
by
climate
variations,
resulting
in
substantial
intermittency
mismatches
between
supply
demand
both
temporal
spatial
dimensions.
Pumped
hydropower
storage
(PHS)
is
introduced
to
mitigate
these
discrepancies
storing
excess
during
periods
of
low
releasing
it
high‐demand
periods.
In
this
study,
we
comprehensively
evaluate
potential
complementarity
PHS
wind
China.
First,
calculating
ratio
various
wind–solar
power
combinations,
reliability
over
China
multiple
scenarios
assessed.
We
then
identify
sites
for
estimate
capacities
compare
with
without
installation.
Our
results
demonstrate
that
improved
an
average
20.38%
China,
highest
increase
reaching
99.91%
Tibet,
where
exist
abundant
resources.
also
grid
before
after
2025
plan
finding
enhances
meet
demand.
Overall,
our
findings
highlight
addressing
volatility
energy,
providing
crucial
insights
future
planning
policymaking.
