Salicru EQUINOX EQX2-4002-T, Быстрое руководство

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QUICK GUIDE EQUINOX - PHOTOVOLTAIC INVERTERS -
ES
EN
SCREEN.
Each installation has three tabs at the top: "Real-time", "Historical", and "Info".
1.
Information provided by the "Real-time" tab:
This tab is divided into 4 sections: overview, generation, consumption and daily savings through generation.
The overview diagram offers a highly visual snapshot of the
current status of the installation: the movement of the lines
indicates the direction of the energy flow, and their colour
tells you if it's coming from the network (red), from the panels
(green), or a combination of both (blue).
In this example of a commercial installation with an installed
power of 10 kWp, 8 kW is being consumed, of which the solar
panels are generating 5.19 kW, while the grid is supplying the
remaining 2.81 kW.
In the example of an industrial installation with an installed
power of 3 kWp below, 0.69 kW (687 W) is being consumed,
and the inverter is generating 2.74 kW, so the remaining
2.05 kW is being fed into the grid as surplus:
If the consumption was zero, the overview diagram would
appear as follows:
In the Generation section, you can view the data for "Today",
the "Current month", and the "Total" (since the installation was
registered). The format of the information is the same in each
of the tabs.
In this example, 1.8 MWh have been generated this month, of
which 1.7 MWh have been consumed by the user, while the
remaining almost 100 kWh have been exported or fed into the
electricity grid.
In the Consumption section, you can view the data for "Today",
the "Current month", and the "Total" (since the installation was
registered). The format of the information is the same in each
of the tabs.
In this example, of today's total consumption (100%), 9.77 kWh
(29.74%) have been self-generated, while 23.08 kWh (70.26%)
have been imported from the network.
The Daily savings through generation section
shows a financial estimate of the savings ob-
tained through self-generation. The estimate
is obtained by multiplying the self-generated
energy by the amount of compensation paid
per kWh injected into the grid.