Fractal and Fractional,
Journal Year:
2022,
Volume and Issue:
6(4), P. 179 - 179
Published: March 23, 2022
Fast
and
strong
interacting
systems
are
hard
to
control
from
both
performance
effort
points
of
view.
Moreover,
multiple
objective
functions
or
objectives
with
various
identifiers
varying
weights
can
hold
unfeasible
solutions
at
times.
A
novel
cost
function
is
proposed
here
overcome
feasibility
set
limitations
computational
burdens.
An
application
example
used
illustrate
its
added
value,
which
a
fast
multivariable
system:
landscape
office
lighting
regulatory
problem.
New
technology
an
intelligent
system
have
been
produced
improve
accuracy
reduce
power
consumption.
While
optimizing
the
hardware
system,
energy
consumption
be
further
reduced
by
applying
advanced
strategy
in
system.
This
paper
designed
fractional
order
distributed
model
predictive
(FOMPC)
scheme
realize
reference
tracking
stability
illuminations
same
time.
In
test
efficiency
strategy,
experiment
was
carried
out
on
setup
based
dSPACE
The
FOMPC
analyzed
through
simulation
experiments
Through
comparison
mode
(MPC)
scheme,
superiority
for
dynamic
behavior
verified.
research
results
provide
basis
application.
Energy and Buildings,
Journal Year:
2021,
Volume and Issue:
244, P. 111009 - 111009
Published: April 13, 2021
For
residential
environments,
energy-reducing
strategies
to
cope
with
user
activities
and
behaviour
are
currently
limited
mainly
the
implementation
of
improved
lighting
technology.
Non-residential
environments
have
already
been
operating
smart
systems
for
many
years.
These
use
advanced
integrated
technology,
including
an
internet-based
network
data
communication.
As
in
sector
significantly
differ
from
non-residential
one;
thus,
a
energy
optimisation
potential
may
not
necessarily
be
achievable
directly
translatable
sector.
Also,
architectural
typological
variety
amongst
residences
larger
than
non-residences.
In
buildings,
effect
composition
household
(domestic
establishment)
on
systems'
consumption
efficiency
explicitly
investigated
before.
this
light
simulation
study
Sweden,
electric
two-room
apartment
was
modelled
three
different
scenarios
using
DIALux
Evo
DIVA-for
Rhino.
The
were
composed
based
input
by
12
existing
Swedish
households
incorporate
occupancy
variety.
study's
findings
suggested
that
appropriate
solutions,
optimised
sensor
applications,
has
save
more
50%
compared
non-smart
systems.
demonstrated
promising
results
specifically
focussing
(smart)
application
alternatives
Energy and Buildings,
Journal Year:
2022,
Volume and Issue:
259, P. 111874 - 111874
Published: Jan. 31, 2022
Lighting
load
accounts
for
a
significant
portion
of
overall
energy
consumption
in
office
buildings.
To
reduce
this
load,
we
have
designed
and
built
smart
self-calibrating
lighting
control
system
that
minimizes
power
automatically
responds
to
changes
daylight
occupancy,
while
simultaneously
providing
personalized
comfort
each
occupant.
The
measures
illuminance
occupancy
from
sensors
located
at
work
station.
Using
an
unobtrusive
self-calibration
process,
it
estimates
the
relationship
between
dimming
level
bulb
Subsequently,
adaptive
algorithm
maintains
desired
surfaces
despite
environmental
fluctuations
by
periodically
recalculating
power-efficient
comfort-preserving
bulb.
Based
on
realistic
deployment
our
system,
find
quickly
user
preferences.
We
also
show,
through
extensive
simulations
using
7
months
collected
data,
reduces
about
40%
compared
conventional
LED
systems.
Sustainability,
Journal Year:
2021,
Volume and Issue:
13(22), P. 12657 - 12657
Published: Nov. 16, 2021
The
Sustainable
Development
Goals
(SDGs)
aim
at
providing
a
healthier
planet
for
present
and
future
generations.
At
the
most
recent
SDG
summit
held
in
2019,
Member
States
recognized
that
achievements
accomplished
to
date
have
been
insufficient
achieve
this
mission.
This
paper
presents
comprehensive
literature
review
of
227
documents
contextualizing
outdoor
lighting
with
SDGs,
showing
its
potential
resolve
some
existing
issues
related
targets.
From
list
17
goals,
six
SDGs
were
identified
relevant
synergies
smart
cities,
including
3
(Good
health
well-being),
11
(Sustainable
cities
communities),
14
(Life
below
water)
15
on
land).
also
links
efficient
roles
partially
7
(Affordable
clean
energy)
13
(Climate
action)
through
Target
7.3
13.2,
respectively.
identifies
as
vector
directly
impacting
16
50
targets
involved.
Each
section
discusses
main
aspects
by
human-centric,
energy
efficiency
environmental
impacts.
aspect
addresses
studies
contributing
solutions
literature,
helping
us
understand
positive
negative
impacts
artificial
living
beings.
In
addition,
work
summarizes
proposed
results
tackling
specific
topics
demands.
Energy and Buildings,
Journal Year:
2023,
Volume and Issue:
300, P. 113533 - 113533
Published: Sept. 15, 2023
Demand
response
(DR)
is
widely
recognized
as
an
important
mechanism
in
the
Australian
electricity
market,
though
large-scale
uptake
commercial
buildings
yet
to
occur,
part
due
difficulty
of
characterising
resource.
This
paper
describes
a
bottom-up
physics-based
approach
characterise
DR
potential
three
types
(schools,
offices,
and
data
centres)
under
global
set-point
temperature
offset
strategy.
Representative
models
are
calibrated
with
energy
meter
parametric
analysis
used
assess
sensitivity
different
building,
operating
system
parameters.
Parametric
equations
provided
for
relative
potentials
functions
time
day.
School
were
found
have
highest
(∼40
-
45%)
ambient
temperatures
over
30°C,
followed
by
centres
(∼20
30%)
offices
(∼20%).
Location
has
strongest
influence
school
office
equipment
intensity
centres.
The
Australia-wide
combined
school,
estimated
be
between
551
647
MW.
Office
aggregate
at
1.5
1.7
times
that
9
11
IET Wireless Sensor Systems,
Journal Year:
2019,
Volume and Issue:
9(4), P. 201 - 207
Published: March 14, 2019
ZigBee
standard
is
the
popular
communication
protocol
for
wireless
sensor
networks
(WSN)
and
Internet
of
Things
(IoT)
networks.
An
energy
efficient
WSN
technology
a
good
choice
an
IoT
based
lighting
control
technology.
This
article
comparative
analysis
finding
quality
service
parameters
provided
by
different
topologies
networked
system.
In
order
to
estimate
consumption
in
automation,
this
work
analyses
star,
mesh,
tree
topology-based
with
two
routing
protocols
Adhoc
on-demand
distance
vector
(AODV)
dynamic
source
(DSR).
Lighting
automation
using
sensor-actuator
nodes
laboratory
considered
as
test
scenario.
The
applicability
IoT-based
discussed
evaluation
performance
like
average
jitter,
throughput,
end-to-end
delay,
model.
