Salicru EQUINOX EQX2 3001-HSX User Manual page 96

Information shown in the
2.
This tab is divided into 6 sections:
"Battery status", "Comparison of energy generated",
"Economic savings", "CO2 Emission Savings" and
"Environmental impact".
96
"History"
tab:
"Plant performance",
The "Plant Performance" section shows the "By day",
"By month" and "By year" information. The "By day" tab
shows a chart with the real-time instantaneous gen-
eration, consumption and self-consumption values for
a day, while the "By month" tab shows the sum of the
instantaneous values of the previous chart day by day
for a month. And in the "By year" tab, the total values
month by month for a year. The colour key of the chart
follows the same pattern, as the synoptic chart: Red
shows the energy consumed from the grid. Green shows
the energy generated by the photovoltaic panels. Blue
shows the self-consumption: the consumption of energy
generated from the photovoltaic panels instead of from
the grid. And yellow shows the energy that comes from
the battery. You can enlarge specific areas on the chart by
pinching the screen with two fingers and spreading them
out. Close them back again to return to the original image.
The different charts can be hidden or displayed by clicking
on the "Generation", "Consumption", "Self-consumption"
and "Battery" buttons.
In the "Battery Status" section, you can view the battery's
state of charge (SOC), for a whole day.
The data in "Comparison of generated energy" can be
grouped by months or years. This example shows the
monthly production of a plant created in the month of
May 2018 and the production until the current month,
which is supposed to be August 2020. Comparing months
of different years can be very useful to detect problems in
a photovoltaic installation, or even to have an idea of the
degradation of the panels.
The "Economic savings" section shows charts with the
approximate values of "Savings per generation" (amount
obtained by multiplying the generation by the price of
kWh consumed) and "Simplified compensation" (amount
obtained by multiplying the generation injected into the
multiplied by the price of kWh injected).
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