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5.
Fix ATA on the choice surface, through the use of screws and dowels. See the image below for the fixing point
on the ATA.
6.
Do not obstruct ventilation holes.
7.
Do not insert objects or pour liquids in the ventilation holes.
8.
Do not rest any object on top of the ATA.
9.
Do not keep liquids, flammable gases or corrosive substances near the unit.
4 Operating
The typical mode of operation is the SBU mode: the acronym SBU indicates the order of priority of the power supply
used by ATA. The first source is S = SOLAR, i.e. solar panels; the second source is B = BATTERY, i.e. batteries; the third
source is U = UTILITY, i.e. the AC Utility Line.
4.1
Functioning with active PV panels
The equipment is powered by the ATA system by using the energy from the PhotoVoltaic (PV) panels. During this
phase, the ATA simultaneously charges the batteries and works independently without any need to use the mains. ATA
is equipped with a MMPT system (Maximum Power Point Tracker) that allows to find the best workable point to
maximize the power of solar panels, depending to the solar irradiation that they are exposed.
ATA Energy Storage System MM
5
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User's manual
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