SMA Sunny Island SI3300 Installation & Operating Instructions Manual page 148

Bidirectional battery inverter for stand-alone applications
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Sunny Island
Name
Unit
K1 State
K2 State
K3 State
K4 State
K5 State
K6 State
K7 State
K8 State
SB Step
%
Fext
Hz
Uext eff
V
Iext eff
A
Pext
kW
Ubat mean
V
Ibat mean
A
Pbat mean
W
Tbat mean
degC
Uzw Cuk mean
V
Fconv
Hz
Uconv eff
V
Iconv eff
A
Pconv
W
Sconv
VA
Qconv
var
Uchrg act
V
Cbat act
Ah
SOC diff AHB
%
Ah/
Qdn full
100Ah
Ah/
Qdn equal
100Ah
tpast full
d
tpast equal
d
BWRI33-12:EE
Min.
Max.
Default Description
0
1
0
0
1
0
0
1
0
0
1
0
0
1
0
0
1
0
0
1
0
0
1
0
-100
100
0
0
100
0
0
500
0
0
500
0
-320
320
0
0
200
0
-150
150
0
-32000 32000 0
-25
125
0
0
500
0
0
100
0
0
500
0
0
320
0
-32000 32000 0
-32000 32000 0
-32000 32000 0
0
200
0
50
10000
100
0
100
50
-10000 10000 0
-10000 10000 0
0
3700
0
0
3700
0
- 148 -
Installation & Operating Instructions
6=F_Stop
failure during stop (could not be
stopped)
State of relay
0=off
1=on
State of relay
State of relay
State of relay
State of relay
State of relay
State of relay
State of relay
Current step size for Sunny Boy power limitation
Current grid frequency on synchronous input
RMS value of synchronous voltage
Current generator current (from converter)
Current generator active power
Mean value of battery voltage
Mean value of battery current
Mean value of battery power
Mean value of battery temperature
Mean value of the intermediate circuit voltage
Current grid frequency
Current grid voltage actual value
RMS value of grid current
Grid active power Sunny Island
Grid apparent power SI
Grid reactive power SI
Setpoint value of battery voltage
Current battery capacity
Error of charge degree for full charge degree cali-
bration
Charge throughput (discharge) since last full
charge
Charge throughput (discharge) since last equaliz-
ing charge
Time since last full charge
Time since last equalizing charge
SMA Regelsysteme GmbH

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