How to fix communication loss between PCS and PACK on Growatt AXE 5.0L?
If you are experiencing communication loss between the PCS and PACK, you should stop using the battery immediately. First, check if the communication terminal between the PCS and the battery is well connected. If the PCS and PACK still cannot communicate after verifying the connection, contact your installer to repair the battery.
What causes ALM light to flicker on Growatt AXE 5.0L?
The ALM light on your Growatt Camera Accessories might flicker due to: * Single cell voltage being below the undervoltage protection threshold. * Single cell voltage exceeding the protection threshold. * Communication loss between the PCS and PACK. * Communication loss between two parallel connected PACK. * Communication failure between two parallel connected PACK.
Why is the ALM light flickering due to single cell voltage on my Growatt AXE 5.0L Camera Accessories?
The ALM light might flicker because the single cell voltage is either below the threshold for undervoltage protection (in which case, stop discharging and recharge) or exceeding the protection threshold (in which case, stop charging and let the PACK idle).
How to check CAN connection for Growatt AXE 5.0L Camera Accessories?
To resolve communication issues between parallel connected batteries, check the CAN connection between the two batteries, and the CAN connection between Linkin and Linkout. Also, check the CAN connection between the Battery and PCS.
General| Brand | Growatt |
|---|---|
| Model | AXE 5.0L |
| Category | Camera Accessories |
| Language | English |
Details the system's purpose, operation, and capacity expansion capabilities.
Describes the physical appearance and the battery operation panel, including port functions.
Explains the core working principles and features of the AXE 5.0L battery system.
Covers fundamental safety rules, environmental, and operational precautions for safe use.
Explains warning symbols and outlines emergency response procedures for hazards.
Specifies conditions for storing the battery system, including temperature and humidity limits.
Details requirements for safely transporting the battery system, including UN certification.
Outlines acceptable installation environments and lists required tools for setup.
Covers general installation requirements and essential pre-installation checks.
Details the process for installing the battery system on the floor correctly.
Explains communication and wiring connections for the battery system to the PCS.
Illustrates the steps for connecting the power cables to the battery modules.
Describes how to turn on the battery system, including different connection scenarios.
Explains the correct method for powering down the battery system safely.
Outlines preparation steps and the procedure for replacing a battery pack.
Provides a list of errors, causes, and suggested actions for troubleshooting.
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