User Manual V1.2-2022-10-30 Content TABLE OF CONTENTS 01 Product Introduction ..........1 1.1 Dimensions....................1 1.2 Parts List ....................1 02 Installation .............. 2 2.1 Tools required ...................2 2.2 Location and environmental requirement ..........2 2.3 Preparations ....................3 2.4 Mounting the Enclosure ................4 2.5 Inserting the Batteries ................4 BMS Connections ............
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Copyright Statement User Manual V1.2-2022-10-30 Trademarks and other GOODWE trademarks are trademarks of GoodWe Technologies Co.,Ltd. All other trademarks or registered trademarks mentioned in this manual are owned by GoodWe Technologies Co.,Ltd. NOTICE The information in this user manual is subject to change due to product updates or other reasons.
02 Installation User Manual V1.2-2022-10-30 The following lists are only for battery enclosure parallel connection. Network cable Silicon stopper Right panel x 1 Screw plug x 1 Top panel x1 Long grounding Countersunk Wiring slot x 1 Left panel x 1 wire x 1 screw x N 02 Installation...
2. Screw the two feet to the base of the battery enclosure, using the three screws provided. 3. Once the feet are fixed, the battery enclosure is ready for installation as shown in Figure 4. Figure 4: Battery Enclosure with the feet Figure 2: BCL9600 out of the packing box. attached and ready for installation. Feet Inside bottom view of Enclosure without feet Figure 3: Battery Enclosure feet and mounting screws.
2.5 Inserting the Batteries 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.
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Figure 8: Inside view of BCL9600 with inserted two Goodwe SECU-A batteries. 3. If you are using GoodWe SECU-A battery packs, connect the bonding leads between each battery and the earthing studs inside the enclosure. Side of battery enclosure Front view of battery enclosure...
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02 Installation User Manual V1.2-2022-10-30 Figure 10: BCL9600 with batteries and connected (Goodwe SECU-A). At this stage the preliminary installation of the Battery Enclosure is complete. The next step is the connection of the BMS cables.
BMS Connections The BMS (Battery Management System) communication for GoodWe SECU A5.4-20 or SECU A5.4L battery is as follows: 3.1 DIP Switch Calibration (Only for SECU-A5.4L) The DIP switches shall be configured differently between single piece battery and multi battery paralleling system.
Description From Cable label Master battery COM 1 BMS feed through port To inverter port to inverter port GoodWe SECU-A Fan Controller To Battery port Battery 2 +/-port Cabinet of battery (Figure 12) Link Port COM 2 of the master...
04 Connecting the Battery Enclosure to the Inverter User Manual V1.2-2022-10-30 04 Connecting the Battery Enclosure to the Inverter CAUTION! The inverter should be powered down during this process. The battery enclosure is now ready to be connected to the inverter mounted on the same wall above the battery enclosure as per figure 13.
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User Manual V1.2-2022-10-30 04 Connecting the Battery Enclosure to the Inverter Figure 12: BCL9600 Battery Enclosure connected to inverter (GoodWe Secu-A)
SolarGo app. Note: You need to check the inverter’s commissioning steps to complete the commissioning of the whole system. Figure 13: The completed installation of BCL9600...
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Website GoodWe Technologies Co., Ltd. No. 90 Zijin Rd., New District, Suzhou, 215011, China www.goodwe.com service@goodwe.com 340-00884-00 Local Contacts...
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