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Solar-Log1000: Configuration at the unit
Defining forecast data for the solar system (Basic/Forecast)
232 of 268 Solar-Log
1000/500/200
Installation
10.9 Defining forecast data for the solar system (Basic/Forecast)
By setting forecast values for the yield data, you can check on the graph
whether the system is reaching the desired annual yield or not.
To do this, a percentage rate is allocated to each month. This is deduced from
the yield statistics over the previous years.
Solar-Log
1000
calculates the target value cumulatively, per day. This means
that, at the beginning of the month, it is not the total monthly target that is set,
but the target for days already passed plus that of the current day.
In the forecast, Solar-Log
1000
also takes account of the yields in all previous years,
and in this way can allow for local weather events (in most cases, snow in De-
cember). The yearly forecast is therefore usually fairly accurate by September.
All inverter dialogue boxes apply only to the inverters that have been selected.
To define the forecast data:
Select Config./Basic/Forecast from the menu.
A dialogue box opens for entering the forecast data.
Defining inverter/system groups and feed-in
Dialogue boxes
System group
If system groups are defined, forecast data can be defined here for a cer-
tain system group or for the whole system.
Feed-in tariff
The feed-in compensation rate for the system is entered here. The yield in
Euros is calculated on the graph using this factor.
Yearly target
The annual target in kWh/kWp is entered here for the inverter or for the
system group. The yield in the selected currency is calculated on the graph
using this factor.
Procedure
To configure the feed-in tariff and annual target:
1 Touch the button beside System group
A list of inverters is displayed, or system groups if these have been
defined.
2 Select the desired yield, and touch Back to continue
- Installation manual 1
- Contents 2
- Contents 3
- Installation 3 of 268 3
- 4 of 268 Solar-Log 4
- Installation 5 of 268 5
- 1 Safety information 6
- 1.3 Electric current 7
- 2 Assembly instructions 8
- 2.2 Wall mounting 9
- Wall mounting 10
- 3 Unit connections 11
- 3.2 Solar-Log 12
- (Solar-Log 13
- 3.4 RJ45 configuration 14
- 3.5 Connection accessories 15
- 4 Connecting the inverters 16
- De-energising the inverter 17
- De-energising the Solar-Log™ 17
- 4.2 SMA 18
- Figure 10, left) 19
- Figure 10, right) 19
- 4.3 Kaco – Powador 25
- Kaco – Powador 26
- 4.4 Kaco – PVI-BluePlanet 27
- SolarMax – S and C series 28
- 4.6 SolarMax – Cx series 30
- 4.7 SolarMax – E series 32
- 4.8 Fronius with ComCard 34
- 4.9 Danfoss 36
- 4.11 Power-One/Aurora 39
- 4.12 Sunways – AT/NT 41
- Solutronic SP25-55 (RS485) 44
- Schüco SGI series (RS485) 47
- 4.17 REFUSOL 49
- REFUSOL 50
- 4.19 Mastervolt (RS485) 54
- 4.20 AEG PS (RS485) 56
- 4.21 Eaton (RS485) 58
- 4.22 Suntension (RS485) 60
- 4.23 Riello (RS485) 62
- 4.25 Ingeteam 65
- 4.27 Conergy (only Solar-Log 68
- 4.29 Effekta 71
- 4.30 ALPHA-SOL 73
- 4.31 Europa-Solar AG (RS485) 75
- Page 162) 77
- 4.33 Evoco 79
- 4.34 Powercom 80
- 4.35 SALICRU EQX 83
- 4.36 SALICRU EQXLV 85
- 4.37 Santerno 86
- Santerno 87
- Schneider Electric SunEzy 88
- 4.39 Steca 90
- 4.40 WINAICO 91
- 4.41 Delta (RS485) 94
- 4.42 Sungrow 95
- 4.43 Sustainable Energy 97
- 4.44 Motech (RS485) 98
- 1000/500/200 100
- 4.46 AROS Solar Technology 101
- 4.49 Hyundai HPC-250HT-E 105
- 4.50 EKO Energy 107
- 4.51 Q3 (RS485) 108
- 4.52 Siemens 109
- Siemens 111
- Page 17 112
- Page 15) 112
- 4.54 Albatech APL monophase 114
- 4.55 Enfinity 115
- 4.56 Carlo Gavazzi 116
- 4.57 Omron 118
- 4.58 Samil Power 119
- 4.59 Aten 120
- RJ14 socket pin allocation 121
- 4.60 Pairan 122
- 4.61 Schneider Electric 123
- 4.62 Eaton 124
- 4.63 Ginlong 126
- 4.64 Growatt 127
- 4.65 Oelmayer 128
- 5 Connecting accessories 130
- Connection 131
- 5.3 Sensor Box 132
- Sensor Box 133
- 5.4 Sensor basic 134
- 6 Other connections 136
- Connection through S0 output 137
- , Solar-Log 138
- relay 139
- e-mail 139
- 7 Starting up 140
- Adjust the Date/Time 142
- Inverter selection 143
- Page 251) 145
- Page 209) 145
- Page 211) 145
- 7.6 LED status displays 147
- 8 Configuration at a PC 148
- Configuration at a PC 149
- Solar-Log 149
- Installation 149 of 268 149
- Page 213) 150
- Network settings 151
- Internet access 151
- Network router 151
- analogue modem (Solar-Log 151
- GPRS modem (Solar-Log 151
- Preset “0” 152
- Dial tone Off 152
- Allow dial in 152
- Dial in password 152
- Page 13) 153
- WLAN 154
- Network selection 154
- – IP Address, Subnet Mask 155
- – Gateway 155
- – Alternate DNS server 155
- 8.5 Solar-Log 156
- 8.6 Solar-Log 158
- 8.7 Solar-Log 160
- (Basic/Inverter exchange) 160
- 8.8 Solar-Log 162
- 500/1000 163
- Enter the required value 164
- • A consumption meter 165
- Enter required scaling 167
- Click on Save 167
- System data 168
- Target/actual calculation 168
- Page 162) 170
- (Extended/Internet) 172
- Page 265 174
- Periodic data export 175
- Page 253 176
- Page 265) 177
- Inverter 181
- Section on code selection 181
- PM+ (Extended/Power 182
- Management) 182
- Monitoring and logging 183
- Inverter control 183
- Networking 183
- Reactive power control 183
- Fixed cos φ shift factor 184
- Data correction 187
- Data import 187
- Data backup (automatic) 187
- Data backup (manual) 187
- System backup 189
- System settings 189
- configuration 189
- 9 Solar-Log 193
- : Configuration at the unit 193
- 9.2 Navigation overview 194
- Page 200) 198
- an inverter 199
- as a consumption meter 199
- Re-detection of inverters 200
- Delete data 203
- Delete inverter 203
- Restore factory settings 203
- 10 Solar-Log 204
- Buttons 205
- Selection lists 205
- Input boxes 206
- Virtual keyboard 206
- Radio buttons 206
- 206
- 206
- Check boxes 207
- Confirmation dialogue box 207
- 10.3.2 Inverter selection 210
- Inverter selection order: 210
- Inverter detection 211
- Page 223) 213
- Alternate DNS server 215
- User 217
- Password 217
- SIM PIN code 217
- Test field strength 218
- Always stay online 218
- SMS directly over modem 218
- 10.6 Solar-Log 219
- Page 241) 221
- Setting the S0 meter 225
- Connect. module power 225
- Module field (1-9) 225
- String 227
- Module field 227
- Connect. module pwr 228
- Name 228
- Configuring the monitoring 229
- Active, Inactive 229
- Configure the message 230
- Message by 230
- Page 167) 231
- Page 170) 231
- System group 232
- Feed-in tariff 232
- Yearly target 232
- Jan to Dec 233
- Page 265 234
- Page 217) 236
- Testing the connection 238
- Test EMail, Test SMS 238
- Last transmission 238
- Status 238
- WEB activated 239
- Update interval 239
- Start test transmission 240
- Close relay 240
- Send e-mail 240
- (Extended/Large display) 241
- (Extended/Alarm contact) 243
- RS485-A 244
- RS485-B 244
- Test 244
- Please choose: 245
- Date 246
- Day value 246
- Pin Code, Repeat 248
- Delete data 249
- Initialiser yield data 249
- Current firmware 250
- 11 Faults 252
- 11.2 Fault messages 253
- Faults 254
- 254 of 268 Solar-Log 254
- Installation 254
- Installation 255 of 268 255
- 256 of 268 Solar-Log 256
- 11.3 Inverter fault messages 257
- Figure 14: Reset button 258
- Restarting 259
- 12 Disposal 260
- 13 Technical data 261
- Appendix 263
- Homepage Service 265
- List of figures 267
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