Energies,
Journal Year:
2023,
Volume and Issue:
16(19), P. 6830 - 6830
Published: Sept. 26, 2023
This
paper
presents
the
concept
of
an
innovative
control
a
central
heating
system
in
multifamily
building
based
on
original
thermodynamic
model,
resulting
architecture
system,
and
originally
designed
manufactured
wireless
temperature
sensors
for
thermal
zones.
The
novelty
this
solution
is
developed
layers
system:
distributed
measurement
correction
analysis,
which
existing
infrastructure
local
HVAC
controller.
approach
allows
effective
use
measured
data
from
zones
finally
sending
value
calculated
settings
to
Moreover,
analytical
layer,
model
was
also
implemented
that
calculates
necessary
amount
energy
subsystem
located
building.
algorithmic
strategy
presented
extends
functionality
significantly
improves
efficiency
existing,
classic,
reference
algorithm
by
implementing
additional
loops.
Additionally,
it
enables
integration
with
demand-side
response
systems.
successfully
tested,
achieving
real
savings
12%.
These
results
are
described
case-study
format.
authors
believe
can
be
used
other
buildings
thus
will
have
positive
impact
maintain
comfort
reduce
CO2
emissions.
Energies,
Journal Year:
2023,
Volume and Issue:
16(19), P. 6830 - 6830
Published: Sept. 26, 2023
This
paper
presents
the
concept
of
an
innovative
control
a
central
heating
system
in
multifamily
building
based
on
original
thermodynamic
model,
resulting
architecture
system,
and
originally
designed
manufactured
wireless
temperature
sensors
for
thermal
zones.
The
novelty
this
solution
is
developed
layers
system:
distributed
measurement
correction
analysis,
which
existing
infrastructure
local
HVAC
controller.
approach
allows
effective
use
measured
data
from
zones
finally
sending
value
calculated
settings
to
Moreover,
analytical
layer,
model
was
also
implemented
that
calculates
necessary
amount
energy
subsystem
located
building.
algorithmic
strategy
presented
extends
functionality
significantly
improves
efficiency
existing,
classic,
reference
algorithm
by
implementing
additional
loops.
Additionally,
it
enables
integration
with
demand-side
response
systems.
successfully
tested,
achieving
real
savings
12%.
These
results
are
described
case-study
format.
authors
believe
can
be
used
other
buildings
thus
will
have
positive
impact
maintain
comfort
reduce
CO2
emissions.