Energies,
Год журнала:
2025,
Номер
18(10), С. 2591 - 2591
Опубликована: Май 16, 2025
This
study
aims
to
analyze
the
multi-dimensional
structural
obstacles
in
Türkiye’s
energy
transition
process
and
offer
solutions
for
a
sustainable,
fair,
holistic
transition.
The
simultaneously
evaluated
policies’
economic,
environmental,
social
impacts;
quantitative
data,
qualitative
interviews,
spatial
analysis,
scenario
modeling
techniques
were
used
together.
2023
panorama
was
examined
compared
European
Union
averages.
Structural
differences
fundamental
indicators
such
as
intensity,
supply
security,
pricing,
renewable
resource
use
revealed.
According
EPDK,
TÜİK,
TEİAŞ,
share
(42%)
fell
behind
EU
average
(63%),
intensity
high
(6.8
MJ
per
US
dollar
of
GDP),
dependence
on
fossil
fuels
(coal
30%,
natural
gas
25%)
threatened
security.
findings
show
that
main
are
insufficient
financing,
lack
political
will,
technological
incompatibilities,
institutional
coordination
problems.
In
this
context,
proposes
short-term
long-term
policies.
A
multi-layered
solution
framework
presented,
from
cooperatives
carbon
net-zero
laws
regional
development
plans.
These
policies
can
increase
rate
65%
by
2035
reduce
emissions
50%.
is
one
first
systematic
analyses
address
Türkiye
with
approach
strategic
reference
policymakers.
Revista Foco,
Год журнала:
2025,
Номер
18(4), С. e8191 - e8191
Опубликована: Апрель 8, 2025
Os
recursos
energéticos
desempenham
um
papel
fundamental
no
desenvolvimento
econômico
e
social
das
nações.
Este
trabalho
teve
como
objetivo
analisar
o
panorama
energético
brasileiro
período
de
2014
a
2023,
utilizando
dados
da
Empresa
Pesquisa
Energética
(EPE).
Em
produção
energia
primária
alcançou
391,0
Mtep,
enquanto
oferta
interna
consumo
final
foram
313,9
Mtep
282,5
respetivamente.
Esses
valores
representam
crescimento
42,9%,
2,5%
6,7%
ao
longo
do
analisado,
nesta
ordem.
A
matriz
energética
brasileira
manteve
uma
participação
significativa
fontes
renováveis,
correspondendo
49,1%,
com
predominância
petróleo
derivados,
produtos
cana-de-açúcar
hidráulica.
Já
elétrica
nacional
atingiu
89,2%
destaque
para
geração
hídrica,
eólica
solar
em
2023.
No
contexto
global,
demonstrou
grau
renovabilidade
aproximadamente
três
vezes
superior
à
mundial.
Para
os
próximos
anos,
torna-se
essencial
ampliar
diversificar
energia,
especialmente
setor
elétrico,
fim
fortalecer
segurança
país
promover
sustentável.
Latin American Journal of Energy Research,
Год журнала:
2025,
Номер
12(1), С. 92 - 102
Опубликована: Апрель 15, 2025
A
crescente
demanda
energética
mundial
e
nacional,
associada
à
necessidade
de
conservação
dos
recursos
naturais,
requer
o
aumento
da
capacidade
geração
por
meio
fontes
menos
poluentes.
O
estado
do
Espírito
Santo
apresenta
condições
favoráveis
energia
eólica,
incluindo
um
extenso
território
costeiro,
porém,
ainda
não
possui
essa
fonte.
Dessa
forma,
objetivou-se
analisar
potencial
eólico
Santo,
comparativamente
ao
seu
consumo
sua
elétrica,
além
perspectivas
uso
dessa
fonte
no
estado.
Estudos
técnicos
apontam
para
a
existência
uma
potência
instalável
cerca
269.269
MW,
sendo
127.189
MW
torres
200
m
altura
em
ambiente
onshore
142.080
100
com
até
50
profundidade
offshore,
Verificou-se
que
aproveitamento
apenas
3,5%
onshore,
3,1%
offshore
1,6%
somado
(onshore
offshore)
seriam
suficientes
suprir
elétrica
exploração
de,
respectivamente,
1,7%;
1,5%;
0,8%
somado,
vez,
equivalentes
Há
expectativas
início
eólica
estado,
vez
existem
seis
empreendimentos
eólicos
somam
aproximadamente
11.230
empreendimento
híbrido
(eólico,
solar
diesel)
processo
licenciamento
ambiental
junto
IBAMA.
Assim,
parte
desse
expressivo
poderia
promover
diversificação
independência
matriz
baixo
carbono.
ABSTRACT
The
operating
costs
and
investment
in
microgeneration
plants
are
high,
the
maximum
efficiency
of
process
should
be
targeted
such
that
farmers
can
obtain
best
financial
returns.
In
this
study,
a
microbiogas
plant
was
estimated
using
methodological
analysis
involved
biodigester
mass
balance
energy
balance.
had
two
biodigesters
an
engine
generator.
under
study
were
considered
low
tech.
results
showed
65%
utilization
volatile
solids
present
substrate
by
biodigesters,
producing
biogas
with
average
methane
concentration
57%.
equipment
necessary
for
operation
system
consumed
19.45%
produced,
most
used
transportation
substrates.
indicated
27.24%
during
production
process.
hydraulic
retention
time,
pH,
intermediate/partial
alkalinity
ratio,
organic
loading
rate
indicate
reactor
A
is
underutilized,
has
nutrient
supply,
may
result
production.
These
indicators
suggest
quality
improved
better
distribution
substrates
among
digesters.
Energies,
Год журнала:
2025,
Номер
18(10), С. 2591 - 2591
Опубликована: Май 16, 2025
This
study
aims
to
analyze
the
multi-dimensional
structural
obstacles
in
Türkiye’s
energy
transition
process
and
offer
solutions
for
a
sustainable,
fair,
holistic
transition.
The
simultaneously
evaluated
policies’
economic,
environmental,
social
impacts;
quantitative
data,
qualitative
interviews,
spatial
analysis,
scenario
modeling
techniques
were
used
together.
2023
panorama
was
examined
compared
European
Union
averages.
Structural
differences
fundamental
indicators
such
as
intensity,
supply
security,
pricing,
renewable
resource
use
revealed.
According
EPDK,
TÜİK,
TEİAŞ,
share
(42%)
fell
behind
EU
average
(63%),
intensity
high
(6.8
MJ
per
US
dollar
of
GDP),
dependence
on
fossil
fuels
(coal
30%,
natural
gas
25%)
threatened
security.
findings
show
that
main
are
insufficient
financing,
lack
political
will,
technological
incompatibilities,
institutional
coordination
problems.
In
this
context,
proposes
short-term
long-term
policies.
A
multi-layered
solution
framework
presented,
from
cooperatives
carbon
net-zero
laws
regional
development
plans.
These
policies
can
increase
rate
65%
by
2035
reduce
emissions
50%.
is
one
first
systematic
analyses
address
Türkiye
with
approach
strategic
reference
policymakers.
