The safety and quality of
the energy produced is
undoubtedly important. If
you want to define the
quality of the energy simply
At the point, the amplitude
and frequency of the voltage
is to maintain the nominal
values and the waveform is
sinusoidal. Electrical
energy on the consumer side
no quality assurance and
supervision can be provided
before use because it
requires continuity and
cannot be stored. Produced
for this reason
energy
needs to be high quality and
reliable. Unfortunately, the
energy produced by the
generators is the quality
that is produced to the
consumer.
It can not be
forwarded. Maintains the
production quality of
electricity after the
production stage
should
be performed in the form.
Primary Frequency Control
Primary frequency control
(PFC) service, with the
speed regulator of the unit
active output power in
response to the
it allows
the system frequency to be
brought to a new equilibrium
point by means of automatic
boosting or decreasing. So
the system frequency is
below 50 Hz.
The active
power generation is
increased by means of the
speed regulator in the
thought turbines and the
frequency is stopped at a
value below 50 Hz.
In
this value, the frequency of
the stopped frequency (50
Hz) comes again with the
secondary frequency control
(SFK) is. For this,
There
are production reserves.
Primary Frequency Control
Performance Test;
The
technical procedure for
primary frequency control
performance tests is
described in Annex-4 of the
electricity market grid
regulation. Performance
Before starting the test,
the production plant staff
can use the unit control
systems for demonstrating
the primary frequency
control functions, in
particular
The operation
between the turbine speed
regulator and the boiler
control system is expected
to give simplified block
diagrams to the testing
team. Primary frequency
In addition to the following
values during the test
performance tests, the
values that the test team
deems necessary are
recorded:
Active Power
Output (MW)
Mains
Frequency
Simulated
Frequency
Valve Positions
Steam Pressure
Steam
Temperature
Sampling rate
for each value of the
measurement made during
primary frequency control
performance tests. At least
10 data per second (minimum
10 Hz)
should be. Primary
frequency control
performance testing consists
of three stages:
Primary
Frequency Control Reserve
Test
Primary Frequency
Control Sensitivity Test
Primary Frequency Control 24
Hour Verification Test
Secondary Frequency Control
Secondary frequency control
service, the total value of
the system frequency and the
total electrical energy
exchange with neighboring
electricity networks.
to
increase or decrease the
value to the programmed
value.
Secondary
Frequency Control
Performance Test;
Secondary frequency control
performance tests consist of
two stages.
the control
prequalification performance
test and the secondary load
to be realized on the
National Load Dispatch
Center through the Automatic
Production Control (AGC)
system
frequency control
performance test. The
setting sent by the
Automatic Production Control
(AGC) program in the
National Load Dispatch
Center
The functions of
the AGC System / Interface
in the production unit that
will participate in the
secondary control according
to the values will be
checked.
The AGC
program uses the di PD
Validity ile signal that is
sent periodically to the
production unit via SCADA
System.
if the LRPD alarm
is generated at the plant
and the Automatic Production
Control is not received
during a certain time-out
period (60 seconds)
When
the system / interface
position changes from REMOTE
position to LOCAL, switching
to REMOTE position again
receives AK PD Validity imi
signal.
then it will be
checked however it is
possible with operator
intervention.
Automatic Production Control
System / Interface in the
Human Machine Interface
(HMI)
will be checked
displayed:
AGC control
block diagram Operation mode
of the AKC systemA setpoint
and distribution to
unitsLocal setting value
(Operators intervention will
be possible) Secondary
frequency control limits on
unit basis (Operators
intervention will be
possible) Production unit
secondary frequency control
maximum and minimum capacity
values (MAXC and MINC) -
Production unit secondary
frequency control band State
of the ası PV Validity i
signalAccounting of the OBC
System / Interface Total
primer reservoirs of the
primary reservoirs
Participation status signals
to the primary frequency
control (PFCO) Unit load /
throw speedsSpeed
regulators slope setpoints
(governor droop setting) -
Total power generation
controlControl error (with
setting value difference
between power plant
production)
In addition
to the records to be taken
at the plant during the
production unit secondary
frequency control tests,
SCADA by TEİAŞ National Load
Dispatch Center
save the
following values from the
system
