3.Once the feet are fixed, the Battery Enclosure is ready for installation as shown in Figure 4.
Note:
The battery switch should remain off during the installation process.
The enclosure can be used to house Li-ion battery types,the following installation uses GoodWe
SECU-A battery as an example.
. Up to two GoodWe SECU-A (4.8kWh) battery packs with a total storage capacity of 9.6 kWh.
1.Insert the batteries onto the shelves one at a time by inserting the battery pack bottom first into
the cabinet. Please fill the cabinet from bottom to top, insert battery 2 first ，then 1 (see figure
8).
Figure 6: GoodWe SECU-A battery front handles.
Figure 7: BCL0096 with the bottom battery
inserted
Figure 8: Inside view of BCL0096 with two
GoodWe SECU-A batteries.
2.Once the batteries are placed into position, plug the respective power leads into the power
connectors on the batteries while taking note of the polarity. Ensure that the battery 2 lead
which has the power connector for the Fan Controller is plugged into one of the batteries.
Figure 4: Battery Enclosure with the feet attached and ready for installation.
Figure 5: BCL0096 wall mounting holes.
3.Once the enclosure is fixed onto the wall, apply generous amount of the supplied sealant on the
six screw holes to seal off any moisture ingress points.
Inserting the batteries
Mounting the enclosure
The Battery Enclosure is designed to be installed below the Inverter and comes prewired for easy
integration with GoodWe Inverter.
1.Set the Battery Enclosure against the wall. Ensure that the floor where the Battery Enclosure is
to be installed is level.
2.Use the supplied fixing screw and plug set to fix the enclosure onto the wall. An alternative fixing
mechanism can be employed if the supplied screw and plug set is not appropriate for the wall.
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