Decision Making Advances,
Journal Year:
2023,
Volume and Issue:
1(1), P. 17 - 24
Published: June 13, 2023
Renewable
energy
development
in
Libya
faces
numerous
obstacles
that
hinder
its
progress.
This
paper
aims
to
identify
these
and
propose
effective
strategies
overcome
them.
Based
on
the
literature
review
expert
opinions,
eight
were
identified:
lack
of
infrastructure,
dependence
fossil
fuels,
a
stable
investment
climate,
political
instability,
weak
regulatory
framework,
varying
environmental
conditions,
public
awareness,
technological
barriers.
The
analytic
hierarchy
process
(AHP)
method
was
used
calculate
weights
obstacles.
results
showed
infrastructure
most
critical
obstacle,
followed
by
fuels.
Seven
suggested
obstacles:
encouraging
private
sector
investment,
providing
financial
incentives,
strengthening
capacity
building,
promoting
technology
transfer,
international
cooperation.
combined
compromise
solution
(CoCoSo)
rank
based
their
effectiveness.
important
strategy
findings
this
can
support
decision-makers
take
right
decisions
allocate
resources
effectively
identified
promote
renewable
development.
Additionally,
provides
insights
into
other
countries
facing
similar
challenges
energy.
Renewable and Sustainable Energy Reviews,
Journal Year:
2022,
Volume and Issue:
165, P. 112560 - 112560
Published: May 27, 2022
This
paper
introduces
the
recent
developments
in
Renewable
Energy
Systems
for
building
heating,
cooling
and
electricity
production
with
thermal
energy
storage.
Due
to
needed
Clean
Transition
many
countries
regions
goal
of
closing
Net
Zero
Buildings,
it
is
crucial
provide
efficient
Based
heating/cooling
systems
buildings.
The
buildings
contribute
about
40%
total
consumption,
significant
potential
primary
savings.
application
various
based
discussed
including:
presentation
Hybrid
bases
systems,
methodology
their
design
methods
optimisation
Buildings
RES.
At
present,
mostly
on
heat
pumps
photovoltaics
are
applied
However,
sources
those
unstable,
they
influenced
by
climate
environment.
It
makes
necessary
combine
electrical
storage,
achieve
high
efficiency.
recently
developing
chemical
storage
Battery
Storage
Hydrogen
Systems,
through
urgently
overcome
difficulties
cost,
relatively
low
efficiency
demanding
environment
so
on.
For
Phase
Change
Materials
(PCMs)
show
great
–
use
can
be
accumulated
at
time
demand
or
availability
recovered
during
a
consumption
period.
review
also
presents
PCMs
buildings,
both
heating
cooling.
Finally,
sorts
out
some
challenging
issues
RES
today
guides
future
development.
Applied Thermal Engineering,
Journal Year:
2023,
Volume and Issue:
229, P. 120607 - 120607
Published: April 20, 2023
Space
constraints
in
urban
areas
can
make
it
difficult
to
utilise
renewable
energy
resources,
like
solar
systems.
However,
this
limitation
be
overcome
by
utilising
building
façades
produce
energy.
Up
40%
of
the
global
demand
is
due
consumed
buildings,
which
also
account
for
33%
greenhouse
gas
(GHG)
emissions.
Buildings
have
both
electrical
and
thermal
various
processes
such
as
lighting,
space
heating
hot
water
supply.
The
simultaneous
production
energies
possible
with
photovoltaic
(PV/T)
Electrical
efficiency
upgraded
decreasing
surface
temperatures
(PV)
panels
working
fluid
circulating
system.
Building-integrated
PV/T
(BIPV/T)
systems
within
successfully
and,
thus,
improve
buildings’
performance.
This
review
study
explains
operation
BIPV/T
systems,
their
classification
utilisation
benefits,
performance
improvement
techniques,
potential
contributions
energy-efficient
buildings.
major
goal
present
new
users
researchers
access
up-to-date
sources
information
about
literature.
includes
recent
technological
advancements
published
literature,
emphasises
primary
goals
cited
works
hotspots,
provides
readers
an
overview
topic
rather
than
a
detailed
analysis
Energy Conversion and Management X,
Journal Year:
2024,
Volume and Issue:
22, P. 100538 - 100538
Published: Jan. 28, 2024
Biomass
is
an
organic
substance
widely
available
in
nature
as
a
fresh
or
waste
material
considered
renewable
energy
that
aligns
with
the
zero-carbon
scheme
to
reduce
dependency
on
fossil
fuels.
However,
after
conversion,
biomass's
physical
chemical
properties
highly
affect
biofuel
characteristics.
A
variety
of
instruments
can
be
used
figure
out
reactivity.
Considering
commonly
adopted
instruments,
thermogravimetric
analysis
(TGA)
simple,
fast,
and
efficient
way
determine
The
TGA
method
has
capability
analyze
(proximate
analysis:
moisture,
volatile
matter,
fixed
carbon,
ash)
combustion
features
biomass
(such
ignition,
reactivity,
etc).
Most
importantly,
TG
curvatures
(TGA
DTG)
reveal
behavior
during
thermodegradation
process.
As
consequence,
quality
quantity
analyses
reactivity
investigated
comprehensively.
Moreover,
some
integration
artificial
intelligence
(AI)
been
studied
better
understand
management
technology
for
future
development.
outcome
TGA-AI
may
obtain
excellent
result
fit
value
R2>95
%.
This
study
aims
comprehensively
review
relevant
research
using
lignocellulosic
discussion
this
extended
perspective,
challenges,
work.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(2), P. 638 - 638
Published: Jan. 11, 2024
Decarbonizing
the
building
sector
is
crucial
for
mitigating
climate
change,
reducing
carbon
emissions,
and
achieving
an
energy
production–consumption
balance.
This
research
aims
to
identify
key
design
principles
strategies
enhance
savings
analyze
integration
potential
of
renewable
sources
(RES)
such
as
solar,
wind,
geothermal,
biomass,
providing
in-depth
technical
exploration
evaluating
current
developments.
Moreover,
study
also
examines
recent
developments,
explicitly
focusing
on
integrating
hybrid
systems,
storage
solutions,
AI-based
technological
innovations.
Through
comprehensive
analysis
critical
evaluation,
this
provides
valuable
insights
practical
recommendations
sustainability
advancing
transition
towards
a
low-carbon
built
environment.
Results in Engineering,
Journal Year:
2024,
Volume and Issue:
21, P. 101823 - 101823
Published: Jan. 27, 2024
The
progress
of
our
society
is
reflected
in
the
building
sector,
which
emphasises
necessity
constantly
modifying
instruments
to
take
advantage
new
opportunities.
An
example
cutting-edge
technology
with
potential
completely
transform
construction
sector
Internet
Things
(IoT).
goal
this
comprehensive
analysis
help
industry
improve
understanding
how
crucial
it
embrace
IoT.
In
study,
a
systematic
review
relevant
literature
was
conducted
identify
factors
that
contribute
enhancing
IoT
applications
industry.
primary
objective
list
and
evaluate
most
important
uses,
advantages
difficulties
using
sector.
This
revealed
has
significant
by
improving
productivity,
safety,
sustainability
quality
across
entire
lifecycle.
However,
barriers
such
as
data
privacy
cybersecurity
lack
standardised
protocols
need
be
addressed.
concludes
likely
revolutionise
coming
years
if
these
challenges
can
overcome.
These
findings
imply
firms
experiment
analytic
tools
phased
use
cases,
whilst
policy
groups
must
collaborate
on
standards
protocols.
Although
obstacles
exist,
strategic
implementation
promises
major
operational
breakthroughs
near
future.
Renewable Energy,
Journal Year:
2024,
Volume and Issue:
223, P. 120110 - 120110
Published: Feb. 6, 2024
This
paper
aims
to
broaden
the
concept
of
Net
Zero
Energy
Building
(NZEB),
assessing
its
suitability
emerging
grid-based
energy
sharing
models.
The
exchange
between
two
buildings
with
shifted
load
schedules,
namely,
a
new
residential
NZEB
(prosumer)
and
an
existing
school
building
(consumer),
is
analysed
investigate
dynamics.
are
in
Southern
Italy,
region
high
solar
radiation.
model
calibrated
on
measured
data
study
performed
by
dynamic
simulation.
Three
scenarios
based
design
photovoltaic
system
installed
roof
have
been
investigated,
i.e.,
PV
peak
power
designed:
satisfy
target
annual
basis;
monthly
fully
exploit
available
area
NZEB.
Considering
net
balances,
oversizing
leads
compensation
share
non-renewable
consumption.
However,
self-consumption
analysis
hourly
basis
shows
that
increasing
size
negatively
affects
rate
renewable
community,
presence
only
mitigates
this
effect.
