2021 International Conference on Innovation and Intelligence for Informatics, Computing, and Technologies (3ICT),
Journal Year:
2023,
Volume and Issue:
unknown, P. 50 - 56
Published: Nov. 20, 2023
Renewable
energy
sources'
competitiveness
assessment
is
a
topic
problem.
Optimal
integration
of
renewables
with
smart
grid
requires
developing
complex
models
and
considerable
resources
efforts,
it
costly.
This
study
discusses
deterministic,
stochastic,
chance-constrained
renewable
in
simple
forms,
criterion
for
sources.
relates
to
unit
economic
metric,
productivity
sources,
an
metric
conventional
It
simple,
dimensionless,
explainable,
specific,
measurable,
attainable,
relevant.
helps
determine
the
sources
efficiently,
easily,
quickly.
The
case
studies
demonstrate
that
proposed
works
well.
may
help
create
viable
strategies,
scenarios,
policies
thanks
opportunity
establish
proper
directions
technological
improvement
reach
its
best
ways.
IntechOpen eBooks,
Journal Year:
2023,
Volume and Issue:
unknown
Published: Dec. 22, 2023
This
work
presents
an
analysis
of
the
impact
nationally
determined
contributions
(NDC)
under
Paris
Agreement
on
global
temperature
rise.
With
use
a
climate
simulation
tool
based
concept
system
dynamics,
study
constructs
framework
to
project
changes
other
policy
scenarios.
The
hypothesis
is
formulated
current,
announced
and
best-case
global/national
research
aims
address
critical
questions
regarding
effectiveness
ongoing
NDC
commitments
in
limiting
rise
well
below
2°C,
alignment
with
Agreement’s
goals.
results
offer
roadmap
by
presenting
possible
grey
areas
for
optimising
current
NDCs
national
energy
policies
treaties,
fostering
international
collaboration
reinforcing
commitment
combating
change.
In
addition,
this
also
potential
strategies
decarbonisation
associated
facilitating
implementation
just
fair
NDCs.
European Journal of Computer Science and Information Technology,
Journal Year:
2024,
Volume and Issue:
12(3)
Published: March 15, 2024
The
integration
of
solar
and
biomass
energy
sources
into
smart
grids
marks
a
significant
step
toward
sustainable
efficient
future.Smart
grids,
which
can
dynamically
manage
distribute
energy,
are
essential
for
incorporating
renewable
that
naturally
variable
decentralized.This
paper
details
the
strategies
technologies
necessary
smooth
grids.Solar
with
its
intermittent
nature,
presents
unique
challenges
grid
stability
reliability.Advanced
such
as
panels,
storage
systems,
realtime
monitoring
solutions
crucial
optimizing
integration.Similarly,
derived
from
organic
materials,
provides
reliable
dispatchable
power
source
but
requires
advanced
conversion
distribution
mechanisms
effective
grid.The
itself,
equipped
demand
response
metering
infrastructure,
balancing
tools,
is
vital
managing
variability
ensuring
supply
stability.This
also
examines
several
case
studies
successful
integration,
highlighting
technological
innovations
strategic
planning.Despite
promising
advancements,
remain,
including
regulatory
barriers,
limitations,
need
investment.This
discusses
these
explores
future
research
development
directions
to
improve
scalability
efficiency
systems.In
conclusion,
integrating
not
only
supports
landscape
enhances
reliability
efficiency.Ongoing
innovation
policy-making
fully
realize
potential
in
sector.
Earth s Future,
Journal Year:
2024,
Volume and Issue:
12(10)
Published: Oct. 1, 2024
Abstract
Global
climate
goals
require
a
transition
to
deeply
decarbonized
energy
system.
Meeting
the
objectives
of
Paris
Agreement
through
countries'
nationally
determined
contributions
and
long‐term
strategies
represents
complex
problem
with
consequences
across
multiple
systems
shrouded
by
deep
uncertainty.
Robust,
large‐ensemble
methods
analyses
mapping
wide
range
possible
future
states
world
are
needed
help
policymakers
design
effective
meet
emissions
reduction
goals.
This
study
contributes
scenario
discovery
analysis
applied
large
ensemble
5,760
model
realizations
generated
using
Change
Analysis
Model.
Eleven
energy‐related
uncertainties
systematically
varied,
representing
national
mitigation
pledges,
institutional
factors,
techno‐economic
parameters,
among
others.
The
resulting
maps
how
impact
common
system
metrics
used
characterize
global
pathways
toward
decarbonization.
Results
show
globally
consistent
but
regionally
variable
transitions
as
measured
metrics,
including
electricity
costs
stranded
assets.
Larger
economies
developing
regions
experience
more
severe
economic
outcomes
broad
sampling
scale
CO
2
removal
determines
much
can
continue
emit,
relative
role
different
options
in
meeting
decarbonization
varies
regions.
Previous
studies
characterizing
uncertainty
have
typically
focused
on
few
scenarios,
other
work
has
not
(to
our
knowledge)
combined
this
framework
pledges
or
factors.
Our
results
underscore
value
for
decision
support
countries
begin
their
2021 International Conference on Innovation and Intelligence for Informatics, Computing, and Technologies (3ICT),
Journal Year:
2023,
Volume and Issue:
unknown, P. 50 - 56
Published: Nov. 20, 2023
Renewable
energy
sources'
competitiveness
assessment
is
a
topic
problem.
Optimal
integration
of
renewables
with
smart
grid
requires
developing
complex
models
and
considerable
resources
efforts,
it
costly.
This
study
discusses
deterministic,
stochastic,
chance-constrained
renewable
in
simple
forms,
criterion
for
sources.
relates
to
unit
economic
metric,
productivity
sources,
an
metric
conventional
It
simple,
dimensionless,
explainable,
specific,
measurable,
attainable,
relevant.
helps
determine
the
sources
efficiently,
easily,
quickly.
The
case
studies
demonstrate
that
proposed
works
well.
may
help
create
viable
strategies,
scenarios,
policies
thanks
opportunity
establish
proper
directions
technological
improvement
reach
its
best
ways.
