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Load manage-
ment
Priorities
If additional components (e.g. battery, Ohmpilot) are present in the system, the
priorities can be set here. Devices having higher priority are actuated first, and
subsequently, if there is still excess energy available, the other devices.
Load management
It is possible for up to four different load management rules to be defined. At
the same threshold values, the rules are activated in succession. For deactiva-
tion, this is done in reverse; the I/O last switched on is the first to be switched
off. In the case of different thresholds, the I/O with the lowest threshold is
switched on first, followed by the second lowest, and so on.
I/Os controlled by the produced power are always prioritised over a battery and
Ohmpilot. That is to say that an I/O can switch on and result in the battery no
longer being charged or the Ohmpilot no longer being activated.
An I/O is activated or deactivated only after 60 seconds.
Control
-
Control is deactivated.
-
Control is effected by the power generated.
-
Control is effected by excess power (given feed limits). This option can only
be selected if a meter has been connected. Control via Energy Manager is ef-
fected using the actual power of feeding in with respect to the grid.
Thresholds
-
On: For entering an effective power limit, at which the output is activated.
-
Off: For entering an effective power limit, at which the output is deactivated.
Runtimes
-
Field for enabling a minimum duration for which the output is to be activated
for each switch-on process.
-
Field for enabling the maximum runtime per day.
-
Field for enabling a target duration for which the output is to be activated in
total per day (total of several switch-on processes).
111
EN
Summary of Contents for Primo GEN24 3.0
Page 2: ......
Page 12: ...12...
Page 13: ...General information 13...
Page 14: ...14...
Page 34: ...34...
Page 35: ...Backup power variant PV Point OP 35...
Page 36: ...36...
Page 38: ...38...
Page 39: ...Backup power variant Full Backup 39...
Page 40: ...40...
Page 48: ...48...
Page 49: ...Installation 49...
Page 50: ...50...
Page 57: ...Do not install the inverter on the ceiling 57 EN...
Page 101: ...Settings user interface of the in verter 101...
Page 102: ...102...
Page 132: ...132...
Page 133: ...Options 133...
Page 134: ...134...
Page 144: ...144...
Page 145: ...Appendix 145...
Page 146: ...146...
Page 172: ...172...
Page 173: ...Circuit diagrams 173...
Page 174: ...174...
Page 175: ...Circuit Diagram PV Point OP Circuit Diagram 175 EN...
Page 176: ...Fronius Primo GEN24 and BYD Battery Box Premium HV Circuit Diagram 176...
Page 179: ...Automatic switch to backup power 1 pin double separation e g Austria Circuit Diagram 179 EN...
Page 180: ...Automatic switch to backup power 1 pin single separation e g Australia Circuit Diagram 180...
Page 181: ...Automatic switch to backup power 2 pin double separation e g Germany Circuit Diagram 181 EN...
Page 182: ...Automatic switch to backup power 2 pin single separation e g France Spain Circuit Diagram 182...
Page 183: ...Automatic switch to backup power 2 pin double separation e g UK Circuit Diagram 183 EN...
Page 185: ...Fronius Primo GEN24 with Enwitec Box Circuit Diagram 185 EN...
Page 186: ...Wiring diagram surge protective device SPD Circuit Diagram 186...
Page 187: ...Dimensions of the inverter 187...
Page 188: ...188...
Page 189: ...Fronius Primo GEN24 3 6 kW Fronius Primo GEN24 3 6 kW 189 EN...
Page 190: ...190...
Page 191: ...191 EN...
Page 192: ......