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.
Energies,
Journal Year:
2023,
Volume and Issue:
16(20), P. 7049 - 7049
Published: Oct. 11, 2023
Sustainable
energy
development
(SED)
is
a
crucial
component
of
the
Development
Goals
(SDG),
aiming
to
maintain
economic
and
social
progress
while
protecting
environment
mitigating
climate
change’s
effects.
SED
serves
as
transition
paradigm
for
sustainable
development,
providing
blueprint
peace
prosperity
people
all
uses.
This
article
presents
history
then
uses
critical
discourse
approach
summarize
existing
review
studies
in
SED.
Ten
interlinked
themes
are
identified,
with
two
them
considered
be
among
least
studied
reviews
current
global
discussion
around
change.
study
explores
these
themes,
which
include
financing
need
100%
renewable
(RE),
sub-theme
decarbonization
strategy
working
towards
1.5–2.0
°C
scenario.
The
suggests
that
G20
countries’
contributions,
if
maintained
continuously
per
annum,
addition
80%
more
funding
from
private
investment
compared
amount
1.5
scenario
financial
requirements
clean
energy,
sufficient
limit
warming.
In
present
drive
RE,
also
discusses
emerging
issues,
such
storage
options
an
indication
hydrogen
most
promising,
other
energy-related
agendas,
regional
security
stability
prevent
wars.
Selected
strategies
presented
across
power,
transport,
building,
industrial
sectors.
concludes
directions
future
research,
mainly
re-defining
nationally
determined
contribution
(NDC)
through
emissions
budgeting
centralized
or
stock-taking
Environmental Science and Pollution Research,
Journal Year:
2024,
Volume and Issue:
31(18), P. 26790 - 26805
Published: March 8, 2024
Abstract
The
increase
in
the
use
of
Renewable
Energy
Sources
(RES)
provides
many
advantages
such
as
reducing
environmental
problems
and
sustainability.
In
this
study,
a
long-term
optimum
RES
settlement
strategic
plan
is
conducted
for
81
provinces
Turkey
by
considering
real
data.
Biomass
energy,
solar
hydroelectric
geothermal
wind
energy
are
considered
sources.
consumption
until
2050
year
estimated
with
regARIMA
method,
then
weighted
goal
programming
model
was
developed
which
outputs
method
risk
analysis
integrated.
results
tested,
test
indicate
that
an
R
2
value
close
to
1
indicates
suitable,
low
negative
MPE
neutral,
MAPE
below
4%
high
accuracy
model.
Using
GAMS
23.5
optimization
software
program,
solved
optimally.
integrated
developed,
objectives
minimizing
installation
time,
investment
cost,
annual
maximizing
carbon
emission
reduction,
usage
considered.
When
obtained
regarding
number
installations
according
examined,
decisions
made
53%
23%
biomass
13%
9%
2%
energy.
Computational
show
effective
solutions
sum
goals
values,
covering
all
Turkey,
Sustainable
energy
development
(SED)
is
a
crucial
component
of
the
Development
Goals
(SDG),
aiming
to
maintain
economic
and
social
progress
while
protecting
environment
mitigating
climate
change's
effects.
SED
serves
as
transition
paradigm
for
sustainable
development,
providing
blueprint
peace
prosperity
people
all
uses.
This
article
identifies
10
interlinked
themes
explores
2
them,
which
are
least
studied
in
existing
reviews.
These
two
include
financing
need
100%
renewable
(RE),
part
decarbonization
strategy
towards
1.5
–
2.0°
C
Scenario.
The
study
suggests
that
current
G20
countries'
contributions,
if
done
continuously
per
annum,
addition
80%
more
funding
from
private
investment
same
amount
1.5°C
scenario
financial
requirement
clean
energy,
sufficient
limit
global
warming.
In
present
drive
RE,
also
emphasizes
addressing
other
issues,
such
storage
options,
developing
agenda,
regional
security
stability
prevent
wars.
Emerging
strategies
presented
across
power,
transport,
building,
industrial
sectors.
concludes
with
directions
future
research,
mainly
re-defining
National
Determined
Contribution
(NDC)
through
centralized
or
stock-taking
greenhouse
gas
emissions
reduction.
Sustainable
energy
development
(SED)
is
a
crucial
component
of
the
Development
Goals
(SDG),
aiming
to
maintain
economic
and
social
progress
while
protecting
environment
mitigating
climate
change’s
effects.
SED
serves
as
transition
paradigm
for
sustainable
development,
providing
blueprint
peace
prosperity
people
all
uses.
This
article
presents
history
then
uses
critical
discourse
approach
summarize
existing
review
studies
in
SED.
Ten
interlinked
themes
are
identified,
with
two
them
considered
be
among
least
studied
reviews
current
global
discussion
around
change.
study
explores
these
themes,
which
include
financing
need
100%
renewable
(RE),
sub-theme
decarbonization
strategy
working
towards
1.5–2.0
°C
scenario.
The
suggests
that
G20
countries’
contributions,
if
maintained
continuously
per
annum,
addition
80%
more
funding
from
private
investment
compared
amount
1.5
scenario
financial
requirements
clean
energy,
sufficient
limit
warming.
In
present
drive
RE,
also
discusses
emerging
issues,
such
storage
options
an
indication
hydrogen
most
promising,
other
energy-related
agendas,
regional
security
stability
prevent
wars.
Selected
strategies
presented
across
power,
transport,
building,
industrial
sectors.
concludes
directions
future
research,
mainly
re-defining
nationally
determined
contribution
(NDC)
through
emissions
budgeting
centralized
or
stock-taking
Energies,
Journal Year:
2023,
Volume and Issue:
16(23), P. 7703 - 7703
Published: Nov. 22, 2023
Due
to
the
environmental
policy
adopted
by
European
Union
(EU),
EU
countries
are
obliged
reduce
greenhouse
gas
emissions.
They
emissions
largely
through
energy
transformation
and
switching
renewable
sources
(RES).
Therefore,
it
is
important
assess
progress
of
individual
countries.
This
related
aim
article,
which
a
temporal
analysis
process
towards
transition
RES
reducing
use
fossil
fuels
in
production.
To
achieve
this
goal,
new
Temporal/Dynamic
Multi-Criteria
Decision-Making
(T/DMCDM)
method
called
Temporal
PROSA
was
developed,
based
on
PROMETHEE
family
methods.
The
method,
unlike
many
other
T/DMCDM
methods,
enables
aggregation
data
from
periods
into
single
final
assessment,
as
well
direct
transfer
information
examined
overall
result.
As
result
research,
that
dominated
terms
years
2004–2021were
identified.
Based
methodology
used,
indicated
these
primarily
Sweden
Portugal,
recently
also
Denmark
Finland.
On
hand,
such
Belgium,
Bulgaria,
Cyprus,
Luxembourg,
Poland
made
least
between
2004
2021.
European Journal of Computer Science and Information Technology,
Journal Year:
2024,
Volume and Issue:
12(3), P. 1 - 14
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,
real-time
monitoring
solutions
crucial
optimizing
integration.
Similarly,
derived
from
organic
materials,
provides
reliable
dispatchable
power
source
but
requires
advanced
conversion
distribution
mechanisms
effective
grid.
itself,
equipped
demand
response
metering
infrastructure,
balancing
tools,
is
vital
managing
variability
ensuring
supply
stability.
also
examines
several
case
studies
successful
integration,
highlighting
technological
innovations
strategic
planning.
Despite
promising
advancements,
remain,
including
regulatory
barriers,
limitations,
need
investment.
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.
Energies,
Journal Year:
2024,
Volume and Issue:
17(20), P. 5207 - 5207
Published: Oct. 19, 2024
Urban
energy
systems
planning
presents
significant
challenges,
requiring
the
integration
of
multiple
objectives
such
as
economic
feasibility,
technical
reliability,
and
environmental
sustainability.
Although
previous
studies
have
focused
on
optimizing
renewable
systems,
many
lack
comprehensive
decision
frameworks
that
address
complex
trade-offs
between
these
in
urban
settings.
Addressing
this
study
introduces
a
novel
Multi-Criteria
Decision
Analysis
(MCDA)
framework
tailored
for
evaluation
prioritization
scenarios
contexts,
with
specific
application
to
city
Bozen-Bolzano.
The
proposed
integrates
various
performance
indicators
provide
assessment
tool,
enabling
planners
make
informed
decisions
balance
different
strategic
priorities.
At
core
is
Technique
Order
Preference
by
Similarity
Ideal
Solution
(TOPSIS),
which
employed
systematically
rank
based
their
proximity
an
ideal
solution.
This
method
allows
clear,
quantifiable
comparison
diverse
strategies,
facilitating
identification
best
align
city’s
overall
objectives.
flexibility
MCDA
framework,
particularly
through
adjustable
criteria
weights
TOPSIS,
it
accommodate
shifting
priorities
planners,
whether
they
emphasize
economic,
environmental,
or
outcomes.
study’s
findings
underscore
importance
holistic
approach
planning,
where
are
inevitable
but
can
be
managed
effectively
structured
decision-making
process.
Finally,
addresses
key
gaps
literature
providing
flexible
adaptable
tool
replicated
contexts
support
transition
toward
100%
systems.
SPE Nigeria Annual International Conference and Exhibition,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Aug. 5, 2024
Abstract
This
work
analyses
recent
Nigeria's
Energy
Transition
Plan
(ETP)
and
its
technical
assessment
to
improve
the
incorporation
of
Net-Zero
Systems
(NZES)
for
purpose
sustainable
energy
development
in
Nigeria.
Nigeria
is
currently
at
a
crucial
phase
development,
with
goal
shifting
towards
more
ecologically
aware
model.
study
assesses
existing
ETP,
specific
emphasis
on
elements
including
renewable
energy,
upgrading
power
grid,
implementation
storage
systems,
establishment
policy
frameworks.
The
objective
provide
strategic
suggestions
strengthen
transition
promote
based
Systems.
Given
that
Power,
Oil
Gas,
Manufacturing,
Cooking,
Transportation
industries
collectively
account
65%
overall
emissions,
streamlined
framework
would
facilitate
reduction
emissions
from
these
sectors
associated
solar,
hydrogen,
electric
cars,
expediting
energy.
Important
factors
consider
include
variety
sources
used,
government
financial
support
additional
capital
expenditure
funding
clean
production,
improvement
infrastructure,
resulting
substantial
cost
reductions
adoption
