Energy Storage Systems: Scope, Technologies, Characteristics, Progress, Challenges, and Future Suggestions—Renewable Energy Community Perspectives
Energies,
Год журнала:
2025,
Номер
18(11), С. 2679 - 2679
Опубликована: Май 22, 2025
A
paradigm
transition
from
centralized
to
decentralized
energy
systems
has
occurred,
which
increased
the
deployment
of
renewable
sources
(RESs)
in
communities
(RECs),
promoting
independence,
strengthening
local
resilience,
increasing
self-sufficiency,
and
moving
toward
CO2
emission
reduction.
However,
erratic
unpredictable
generation
RESs
like
wind,
solar,
other
make
these
necessary,
a
lot
interest
storage
is
because
they
have
rapidly
become
cornerstone
modern
infrastructure,
there
trend
towards
using
more
decentralization,
resulting
self-sufficiency.
Additionally,
ESS
increasingly
being
installed
at
or
close
point
consumption,
within
residences,
buildings,
community
microgrids,
instead
utility-scale
facilities,
referred
be
decentralized.
By
storing
same
location,
this
localized
reduces
transmission
losses,
facilitates
quicker
response
changes
demand,
promotes
autonomy
management.
Since
production
naturally
spread,
decentralizing
crucial
optimizing
efficiency
dependability.
This
article
also
focuses
on
systems,
highlighting
role
scope
ESSs
along
with
services
different
parts
power
system
network,
particularly
(RECs).
The
classification
various
technologies
their
key
features,
limitations,
applications
discussed
following
current
technological
significant
information
trends
discussing
types
for
RECs
options
as
per
capacity,
small,
medium,
large
scale.
It
covers
overall
scenario
progress,
European
work
relevant
aspects,
literature
review.
it
draws
attention
gaps
challenges
related
deployment.
Key
future
suggestions
been
given
that
may
affect
those
globally
would
helpful
growth
integration
RECs.
authors
suggest
government,
stakeholders,
supportive
policies
can
aid
implementation
Язык: Английский
Urban Energy Transition: Sustainable model simulation for social house district
Energy,
Год журнала:
2024,
Номер
308, С. 132611 - 132611
Опубликована: Авг. 8, 2024
Energy
communities
(EC)
play
a
crucial
role
in
driving
the
transition
towards
renewable
energy
sources
within
urban
areas.
This
study
focuses
on
implementation
of
EC
linear
mass
housing
Rome,
with
particular
attention
given
to
Tor
Bella
Monaca
district.
The
research
proposes
and
simulates
six
community
distinct
scenarios
using
Urban
Modelling
Interface
(UMI)
Simulink
order
advance
understanding
this
topic.
These
evaluate
integration
photovoltaic
systems,
heat
pumps,
storage
systems
determine
their
comprehensive
effect
production,
CO2
emission
reduction,
enhancement
self-consumption.
findings
show
that
higher
electrification
levels
an
lead
greater
consumption
reduced
reliance
grid.
pumps
further
enhances
self-sufficiency
creating
sustainable
models
environments.
With
increase
self-consumption
factor
0.15-0.30
0.11-0.13,
respectively,
depending
scenario.
highlights
importance
thorough
assessment
technology
sizing
enhance
decrease
emissions.
It
investigating
incorporation
both
thermal
electrical
optimize
Finally,
simulated
underwent
flexibility
analyses
precise
flow
capacity
optimal
setting
identified
through
economic
evaluation.
Язык: Английский