ZCS AZZUPRO 5-20-ZSS, Быстрое руководство

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The hybrid inverter will remain in Standby until:
•
the difference between the photovoltaic production
and the power required by the loads is less than 100W
• the battery is fully charged and the photovoltaic
production is higher than the consumption (with
tolerance of 100W)
•
the battery is flat and the photovoltaic production is
lower than the consumption (with tolerance of 100W)
Press the “↓” key once from the main menu to access the instantaneous
information on the battery and AC grid.
Press the “↑” key once from the main
menu to access the instantaneous
information on the DC side of the
inverter.
17. OPERATING STATUSES IN AUTOMATIC MODE
16. QUICK INFO ON SYSTEM STATUS
When the power produced from the photovoltaic
system is greater than the energy required by the
loads, the hybrid inverter will charge the battery with
the excess energy.
When the battery is fully charged, or when the
charging power is limited (to preserve the integrity of
the battery), the excess energy will be exported to
the grid.
Charge
When the power of the photovoltaic system is once
again less than the power required by the loads, the
system will use the energy stored in the battery to
power the domestic utilities.
Discharge
When the sum of the power produced by the
photovoltaic system and supplied by the battery is
less than that required by the loads, the missing
energy will be taken from the grid.
Standby
Standby
Grid Information
Phase R(V) ………………………………………….228.9V
Phase S(V) ………………………………………….227.8V
Phase S(V) ………………………………………….227.0V
Phase R Current ………………………….
1.28A
Phase S Current ………………………….……….1.28A
Phase T current ……………………………....….1.27A
Frequency……………………………………….50.02Hz
UP DOWN
Battery Information
Battery1(V) ………………………………………….228.9V
Battery1(A) ………………………………………….227.8V
Battery1(P) ………………………………………….227.0V
Temp. Batt1 …………………………………………..…34°C
DOD
Batt1
………………………….……………….……..75%
SOH Batt1 ………………………….……………….……100%
Batt1 Cycles
………………………….……………….………55T UP DOWN
Inverter Information
PV1 voltage………………………….…………….525.8V
PV1 Current………………………….…………….525.8V
PV1 Power………………………….…………….0.02kW
PV1 Voltage………………………….…………….525.8V
PV1 Current………………………….…………….525.8V
PV1 Power………………………….…………….0.02kW
INV Temperature …….………….………………….25°C
DOWN