Enhancing
energy
efficiency
within
the
building
sector
is
imperative
to
curbing
losses,
given
that
this
alone
contributes
over
34%
of
global
consumption.
Employing
a
management
system,
along
with
its
regular
updates,
presents
strategic
avenue
decrease
usage,
enhance
efficiency,
and
more.
Tailored
control
strategies,
aligned
unique
characteristics
usage
patterns
each
building,
are
essential
for
achieving
savings.
This
article
an
evaluation
HVAC
system
in
office
buildings,
utilizing
data-driven
approach
coupled
simulations
conducted
IDA
ICE
software.
The
research
explores
strategy
equipped
constant
air
volume
featuring
regularly
controlled
handling
unit.
objective
boost
while
striking
balance
between
occupant
comfort
Findings
indicate
by
analyzing
measured
data
adjusting
configurable
parameters,
consumption
can
be
significantly
reduced.
Close
monitoring
indoor
parameters
operators
corresponding
adjustments
yield
savings
up
16%.
Leveraging
these
insights,
paper
suggests
integrating
dynamic
simulation
methods
into
models
optimize
systems,
advance
ambitious
carbon
neutrality
objectives.
Energy and Buildings,
Journal Year:
2024,
Volume and Issue:
316, P. 114359 - 114359
Published: May 29, 2024
Flexibility
in
buildings
is
a
low-cost
alternative
to
support
the
electricity
network
with
high
penetration
of
variable
generation.
There
limited
understanding
energy
flexible
behaviour
response
market
signals.
In
this
paper,
price-responsive
commercial
building
cooling
system
has
been
studied.
A
first-order
virtual
battery
model
and
flexibility
function-based
approach
have
used
understand
varying
price
The
signals
delivered
changes
demand
profile,
altering
temperature
set
points.
structural
thermal
storage
capacity
was
found
vary
depending
on
changes.
Low
provoke
positive
respect
baseline
demand,
taking
charging
mode.
Similarly,
lead
discharging
mode,
reducing
instantaneous
condition
system.
HVAC
operating
states,
e.g.,
free
cooling/economiser
mechanical
cooling,
notable
impact
flexibility.
function
shows
that
for
very
low-price
value,
setpoint
approaches
lowest
comfort
bound,
increases
significantly.
deviation
between
maximum
minimum
207
kW
studied
gives
an
estimated
7248.2
kWh.
yields
delivering
cost
savings
13
%.
Clean Technologies,
Journal Year:
2024,
Volume and Issue:
6(2), P. 802 - 813
Published: June 14, 2024
Enhancing
energy
efficiency
within
the
building
sector
is
imperative
to
curbing
losses,
given
that
this
alone
contributes
over
34%
of
global
consumption.
Employing
a
management
system,
along
with
its
regular
updates,
presents
strategic
avenue
decrease
usage,
enhance
efficiency,
and
more.
Tailored
control
strategies,
aligned
unique
characteristics
usage
patterns
each
building,
are
essential
for
achieving
savings.
This
article
an
evaluation
HVAC
system
in
office
buildings,
utilizing
data-driven
approach
coupled
simulations
conducted
performance
simulation
software.
The
research
explores
strategy
equipped
constant
air
volume
featuring
regularly
controlled
handling
unit.
objective
boost
while
striking
balance
between
occupant
comfort
findings
indicate
by
analyzing
measured
data
adjusting
configurable
parameters,
consumption
buildings
can
be
significantly
reduced.
close
monitoring
indoor
parameters
operators
making
corresponding
adjustments
yield
savings
up
16%.
Leveraging
these
insights,
paper
suggests
integrating
dynamic
methods
into
models
optimize
systems,
advance
ambitious
carbon
neutrality
objectives.
Enhancing
energy
efficiency
within
the
building
sector
is
imperative
to
curbing
losses,
given
that
this
alone
contributes
over
34%
of
global
consumption.
Employing
a
management
system,
along
with
its
regular
updates,
presents
strategic
avenue
decrease
usage,
enhance
efficiency,
and
more.
Tailored
control
strategies,
aligned
unique
characteristics
usage
patterns
each
building,
are
essential
for
achieving
savings.
This
article
an
evaluation
HVAC
system
in
office
buildings,
utilizing
data-driven
approach
coupled
simulations
conducted
IDA
ICE
software.
The
research
explores
strategy
equipped
constant
air
volume
featuring
regularly
controlled
handling
unit.
objective
boost
while
striking
balance
between
occupant
comfort
Findings
indicate
by
analyzing
measured
data
adjusting
configurable
parameters,
consumption
can
be
significantly
reduced.
Close
monitoring
indoor
parameters
operators
corresponding
adjustments
yield
savings
up
16%.
Leveraging
these
insights,
paper
suggests
integrating
dynamic
simulation
methods
into
models
optimize
systems,
advance
ambitious
carbon
neutrality
objectives.
