XOLTA BAT-80, Руководство пользователя

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© 2023 by XOLTA
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Figure 4.3:
XOLTA Outdoor
BAT-80/30 installation
excluding solar
installation
The block schematics in Figure 4 4 depict a typical installation of the different types of XOLTA Outdoor
BESS unit racks with solar panels.
Figure 4.4:
Typical XOLTA Outdoor
BAT-80 installation
with solar installation
4.3.5 Grid feeding monitoring relay
The BESS is equipped with a grid-feeding monitoring relay between the battery system and the public
grid. The relay collects all relevant data regarding abnormal status of the public grid and automatically
disconnects or reconnects the battery inverter. The grid-feeding monitoring relay must be set up
according to specific local grid requirements. Please contact XOLTA support prior to delivery for setup.
If the specific grid parameter measured by the grid-feeding monitoring relay is non-compliant, a 24V
signal is no longer provided to the inverter, which is then disabled.
4.3.6 Connnecting the battery system
The main power cables enter through the base of the rack and are fed through the 50mm hole in the
right-hand front corner leading up to the power connection terminals as illustrated in Figure 4.5.
If more space is required, the hole can be enlarged to accommodate the cable size.
NOTE! the cables used must allow a bending radius according to Table 4.1.
XOLTA BESS
BAT-80
3 x PE, 45A
1 x N+PE, 10A Main
Utility
Meter
XOLTA
Grid
Meter
Eth. Cable
Internet
Connection
Power
Grid
Load
CT´s Grid
Measurement Point
Eth.
Cable
Eth.
Cable
Meter
Supply
Electrical
Panel
Eth.
Switch
32
battery r
acks
max
PV Installation
XOLTA BESS
BAT-80
Main
Utility
Meter
XOLTA
PV Meter
Eth. Cable
Internet
Connection
PV Inverter
Power
Grid
CT´s Grid
Measurement Point
CT´s PV Measurement Point
Eth. Cable
Eth. Cable
Eth. Cable
Meter Supply
Electrical
Panel
Eth.
Switch
XOLTA
Grid
Meter