KACO Powador XP500-XP550-HV TL User Manual
Page 73
Operating Instructions Powador XP500/550-HV-TL
Page 73
Parameters
Parameters
Min
Max
Unit
Parameters
Cabinet FAN PWM 0
100
-
Reserved
Remote Power
Control Ramp
0
600
sec
The slope of inverter output active poser when
remote power is controlled
Total Yield
0
99999999
kWh
Check total yield of generation(Read only)
Today Yield
0
99999999
kWh
Check day yield of generation(Read only)
IIVCD P Gain
0
999.99
-
Inverter output voltage controller’s D-axis P gain
for Initial operation voltage
IIVCD I Gain
0
999.99
-
Inverter output voltage controller’s D-axis I gain
for initial operation voltage
IIVCQ P Gain
0
999.99
-
Inverter output voltage controller’s Q-axis P gain
for initial operation voltage
IIVCQ I Gain
0
999.99
-
Inverter output voltage controller’s Q-axis I gain
for Initial operation voltage
Anti-Islanding
Enable
0
1
-
The use of anti-islanding controller, Yes(1) NO(0)
APS Line Deadband 0
999.99
-
The setup value for anti-islanding control
Reactive Power
Limit
0
999.99
-
The setup value for anti-islanding control
Wind Speed
0
9999.9
-
Reserved
Power Derating
Enable
0
1
-
The use of power decline controller according to
PEBB temperature, Yes(1) NO(0)
Power Derating
Enable Temperature
50
100
-
Temperature level which starts decreasing power
according to PEBB temperature
Power Derating
Disable Temperature
40
90
-
Temperature level which stops decreasing power
according to PEBB temperature
Power Derating
Reference Tempera-
ture
45
95
-
PEBB temperature reference value
Power Derating P
Gain
0
10
-
Power declining controller’s P gain according to
PEBB temperature
Grid IIR Filter Cutoff
Frequency
0
10
Hz
Filter cutoff frequency used for RMS value detec-
tion of grid voltage
Asynchronous Fault
Count
0
100
-
Reserved
Asynchronous Fault
Enable
0
1
-
Reserved
Grid Positive
Sequence
0
999.9
V
Positive sequence value of grid
Table 19: Controller Parameters