MP2_EUR_CZ_grid_diff
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TAB: Grid
TAB: Grid
Country / grid code standard Europe: EN50549-1:2019
Country / grid code standard Czech 2023
AC input 1 Above selected gridcode plus LOM B (compliant)
AC input 1 Above selected gridcode plus LOM B (compliant)
TAB: European grid code settings
TAB: Czech 2023 grid code settings
Use Aux1 as disable FeedIn signal checked
Use Aux1 as disable FeedIn signal unchecked
Maximum AC current for charge or feed in 100.0 %
Maximum AC current for charge or feed in 100.0 %
Maximum generated apparant power 100.0 %
Maximum generated apparant power 100.0 %
connect waiting time 60 s
connect waiting time 300 s
connect power ramp 0.0 seconds
connect power ramp 600.0 seconds
low frequency connect value 49.500 Hz
low frequency connect value 47.500 Hz
high frequency connect value 50.100 Hz
high frequency connect value 50.050 Hz
low voltage connect value 85.00 % Un
low voltage connect value 85.00 % Un
high voltage connect value 110.00 % Un
high voltage connect value 110.00 % Un
re-connect waiting time 60 s
re-connect waiting time 300 s
re-connect power ramp 600.0 seconds
re-connect power ramp 600.0 seconds
low frequency re-connect value 49.500 Hz
low frequency re-connect value 47.500 Hz
high frequency re-connect value 50.200 Hz
high frequency re-connect value 50.050 Hz
low voltage re-connect value 85.00 % Un
low voltage re-connect value 85.00 % Un
high voltage re-connect value 110.00 % Un
high voltage re-connect value 110.00 % Un
rise-in-voltage protection U> 110.00 % Un
rise-in-voltage protection U> 111.00 % Un
under voltage stage 1 85.00 % Un
under voltage stage 1 79.00 % Un
under voltage stage 1 delay 0.50 s
under voltage stage 1 delay 2.70 s
over voltage stage 1 115.00 % Un
over voltage stage 1 115.00 % Un
over voltage stage 1 delay 0.50 s
over voltage stage 1 delay 5.00 s
under frequency stage 1 47.500 Hz
under frequency stage 1 47.500 Hz
under frequency stage 1 delay 30.00 s
under frequency stage 1 delay 0.10 s
over frequency stage 1 52.700 Hz
over frequency stage 1 51.500 Hz
over frequency stage 1 delay 30.00 s
over frequency stage 1 delay 0.10 s
under voltage stage 2 80.00 % Un
under voltage stage 2 78.00 % Un
under voltage stage 2 delay 0.20 s
under voltage stage 2 delay 2.70 s
over voltage stage 2 120.00 % Un
over voltage stage 2 120.00 % Un
over voltage stage 2 delay 0.20 s
over voltage stage 2 delay 0.10 s
under frequency stage 2 47.000 Hz
under frequency stage 2 47.000 Hz
under frequency stage 2 delay 0.20 s
under frequency stage 2 delay 0.00 s
over frequency stage 2 53.000 Hz
over frequency stage 2 52.100 Hz
over frequency stage 2 delay 0.20 s
over frequency stage 2 delay 0.00 s
P(f>) start frequency 50.200 Hz
P(f>) start frequency 50.200 Hz
P(f>) stop frequency 50.200 Hz
P(f>) stop frequency 50.050 Hz
P(f>) start delay 0.00 s
P(f>) start delay 0.00 s
P(f>) stop delay 30.00 s
P(f>) stop delay 0.00 s
P(f>) droop 5.00 %
P(f>) droop 5.00 %
P(f<) start frequency 49.800 Hz
P(f<) start frequency 47.000 Hz
P(f<) stop frequency 49.800 Hz
P(f<) stop frequency 47.000 Hz
P(f<) start delay 0.00 s
P(f<) start delay 0.00 s
P(f<) stop delay 30.00 s
P(f<) stop delay 30.00 s
P(f<) droop 5.00 %
P(f<) droop 5.00 %
P(U) response Not used
P(U) response Feed In reduced from Pactual
Reactive power regulation Use a fixed Cos Phi
Volt-Watt curve voltage V1 90.00 % Un
Filter time for reactive power 3.3 s
Max maximuminvert power at V1 100 %
Cos phi at point 1 1.00
Volt-Watt curve voltage V2 95.75 % Un
Use lock-in/out unchecked
Max maximuminvert power at V2 100 %
Volt-Watt curve voltage V3 109.00 % Un
Max maximuminvert power at V2 100 %
Volt-Watt curve voltage V4 111.00 % Un
Max maximuminvert power at V4 0 %
Filter time for P(U) 5.0 s
Reactive power regulation Q as function of input voltage
Filter time for reactive power 20.0 s
Q at point 1 43.6 % of Sr
Reactive power curve point 1 94.00 % of Un
Q at point 2 0.0 % of Sr
Reactive power curve point 2 97.00 % of Un
Q at point 3 0.0 % of Sr
Reactive power curve point 3 105.00 % of Un
Q at point 4 -43.6 % of Sr
Reactive power curve point 4 108.00 % of Un
Minimum allowed Cos Phi 0.00
Lock-in power 0.0 % of Pemax
Lock-out power 0.0 % of Pemax