GOODWE G2 Series Rechargeable Li-ion Battery System Lynx Home User Manual

GOODWE G2 Series Rechargeable Li-ion Battery System Lynx Home

Product Information

• Specifications
  • Product: Rechargeable Li-ion Battery System
  • Model: Lynx Home F Series G2
  • Version: V1.1-2023-10-30

Introduction

• Product Overview
  • The Lynx Home F Series G2 is a rechargeable Li-ion battery system designed for residential use. It provides backup power and energy storage capabilities.
• Application Scenarios
  • The Lynx Home F Series G2 can be used in various scenarios, including:
  • Residential homes
  • Off-grid cabins
  • Remote locations
• Appearance
  • The battery system has a compact and sleek design, featuring a durable outer casing and an easy-to-use interface with LED indicators.
  • Check and Storage
• Check Before Receiving
  • Before receiving the battery system, make sure to perform the following checks:
  • Inspect the packaging for any signs of damage.
  • Verify that all the necessary components are included.
  • Check for any visible defects or abnormalities.
• Deliverables
  • The battery system package includes the following items:
  • Lynx Home F Series G2 battery unit
  • Installation accessories (mounting brackets, screws, etc.)
  • User manual and documentation
• Storage
  • If the battery system is not installed immediately, it should be stored in a cool and dry place, away from direct sunlight and extreme temperatures.
• System Installation
  • Installation Requirements
  • Before installing the battery system, ensure that the following requirements are met:
  • Obtain all necessary permits and approvals from local authorities.
  • Ensure a suitable location with proper ventilation and adequate space for installation.
  • Have the required tools and equipment ready for installation.
• Installing the Battery System
  • Moving the Equipment
  • If necessary, carefully move the battery system to the desired installation location using appropriate lifting and handling techniques.
  • Installing the Battery System
  • Follow the steps below to install the battery system:
  • Select a secure and level surface for installation.
  • Attach the mounting brackets to the designated points on the battery unit.
  • Securely fasten the battery unit to the mounting brackets using the provided screws.
  • Ensure proper electrical connections are made according to local regulations and guidelines.
  • Perform a thorough inspection to verify the installation’s integrity.
• Technical Parameters
  • The technical parameters of the Lynx Home F Series G2 battery system are as follows:
  • Input Voltage: [insert input voltage range]
  • Output Voltage: [insert output voltage range]
  • Capacity: [insert capacity]
  • Efficiency: [insert efficiency]
• FAQ
  • Q: Can the Lynx Home F Series G2 be used in commercial applications?
  • A: No, the Lynx Home F Series G2 is designed specifically for residential use and is not recommended for commercial applications.
  • Q: How long does it take to fully charge the battery system?
  • A: The charging time of the battery system depends on various factors such as the input power and the current battery capacity. It is recommended to refer to the user manual for specific charging time guidelines.
  • Q: Is professional installation required for the Lynx Home F Series G2?
  • A: Yes, it is highly recommended to have the battery system installed by trained and knowledgeable technical professionals to ensure proper installation and operation.

About This Manual

This manual describes the product information, installation, electrical connection, commissioning, troubleshooting, and maintenance. Read through this manual before installing and operating the product. All the installers and users have to be familiar with the product features, functions, and safety precautions. This manual is subject to update without notice. For more product details and latest documents, visit https://en.goodwe.com.

Applicable Model
This manual applies to the listed model below:

• LX F9.6- H-20
• LX F12.8- H-20
• LX F16.0- H-20
• LX F19.2- H-20
• LX F22.4- H-20
• LX F25.6- H-20
• LX F28.8- H-20

Target Audience
This manual applies to trained and knowledgeable technical professionals only. The technical personnel has to be familiar with the product, local standards, and electric systems.
Symbol Definition
Different levels of warning messages in this manual are defined as follows:

• DANGER
  • Indicates a high-level hazard that, if not avoided, will result in death or serious injury.
• WARNING
  • Indicates a medium-level hazard that, if not avoided, could result in death or serious injury.
• CAUTION
  • Indicates a low-level hazard that, if not avoided, could result in minor or moderate injury.
• NOTICE
  • Highlights key information and supplements the texts. Or some skills and methods to solve product-related problems to save time.

Updates
The latest document contains all the updates made in earlier issues.
2023-10-30

• The installation position of the terminal resistor has been updated from being placed in the accessory package to being built-in at the communication port.
• Added the Section 8.4 System Troubleshooting

V1.0 2023-05-20

• First Issue

Safety Precaution

Please strictly follow these safety instructions in the user manual during the operation.

NOTICE

• The System is designed and tested to strictly comply with related safety rules.
• Read and follow all the safety instructions and cautions before any operations.
• Improper operation might cause personal injury or property damage as the System are electrical equipment.

General Safety
NOTICE

• The information in this user manual is subject to change due to product updates or other reasons. This guide cannot replace the product labels or the safety precautions in the user manual unless otherwise specified. All descriptions in the manual are for guidance only.
• Before installations, read through the user manual to learn about the product and the precautions.
• All operations should be performed by trained and knowledgeable technicians who are familiar with local standards and safety regulations.
• Use insulating tools and wear personal protective equipment when operating the equipment to ensure personal safety. Wear anti-static gloves, cloths, and wrist strips when touching electronic devices to protect the inverter from damage.
• Strictly follow the installation, operation, and configuration instructions in this guide and user manual. The manufacturer shall not be liable for equipment damage personal injury if you do not follow the instructions. For more warranty details, please visit https://en.goodwe.com/warranty.

Battery Safety
DANGER

• High voltage exists during the battery system running. Ensure that the equipment has been powered off to avoid the risk of electric shock before operating the device in the system. Strictly follow all safety precautions outlined in this manual and safety labels on the equipment during the operation.

• The battery used with the inverter shall be approved by the inverter manufacturer. The approved battery list can be obtained through the official website.

• Do not disassemble, modify, or replace any part of the battery without official authorization from the manufacturer. Otherwise, it may cause electrical shock or damages to the equipment for which the manufacturer shall not be held responsible.

• Do not hit, pull, drag, squeeze or step on the System or put the battery into fire. Otherwise, the battery may explode.

• Do not place the battery in a high temperature environment. Make sure that there is
  no direct sunlight and no heat source near the battery. When the ambient temperature exceeds 60 ℃, it may cause fire.

• Do not use the battery module or power control unit if it is defective, broken, or damaged. Damaged battery modules may leak electrolyte.

• To protect the battery pack and its components from damage during transportation, please ensure that the transportation personnel are professionally trained. All operations during the transportation have to be recorded. The equipment shall be kept in balance to avoid falling down.

• Consider the weight of the equipment before moving it. Assign enough personnel to move the equipment to avoid personal injury.

• Contact after-sale service immediately if the battery is not able to be started. Otherwise, the battery might be damaged permanently.

• Do not move the battery when it is working. Contact after-sales service if the battery shall be replaced or added.

CAUTION

• Protect the battery system from damage during transportation and storage.
• The transportation must be carried out by trained professionals. All operations during the process have to be recorded.
• Keep the equipment stable to avoid dumping, which can result in equipment damage and personal injuries.
• Place the cables at least 30mm away from the heating components or heat sources, otherwise the insulation layer of the cables may be aging or broken due to high temperature.
• Tie the same type cables together, and place cables of different types at least 30mm apart. Do not place the cables entangled or crossed.

Label Description

Emergency Measures

Battery Electrolyte Leakage

If the battery module leaks electrolyte, avoid contact with the leaking liquid or gas. The electrolyte is corrosive. It will cause skin irritation or chemical burn to the operator. Anyone contact the leaked substance accidentally has to do as following:

• Breath in the leaked substance: Evacuate from the polluted area, and seek immediate medical assistance.
• Eye contact: Rinse your eyes for at least 15 minutes with clean water and seek immediate medical assistance.
• Skin contact: Thoroughly wash the touch area with soap and clean water, and seek immediate medical assistance.
• Ingestion: Induce vomiting, and seek immediate medical assistance.

Fire

• The battery may explode when the ambient temperature exceeds 150℃. Poisonous and hazard gas may be released if the battery is on fire.
• In the event of a fire, please make sure that the carbon dioxide extinguisher or Novec1230 or FM-200 is nearby.
• The fire cannot be put out by water or ABC dry powder extinguisher. Firefighters are required to wear full protective clothing and self-contained breathing apparatus.

EU Declaration of Conformity
GoodWe Technologies Co., Ltd. hereby declares that the product without wireless communication modules sold in the European market meets the requirements of the following directives:

• Electromagnetic compatibility Directive 2014/30/EU (EMC)
• Electrical Apparatus Low Voltage Directive 2014/35/EU (LVD)
• Battery Directive 2006/66/EC and Amending Directive 2013/56/EU
• Waste Electrical and Electronic Equipment 2012/19/EU
• Registration, Evaluation, Authorization and Restriction of Chemicals (EC) No 1907/2006 (REACH)

Product Introduction

Product Overview Intended usage

• The battery system, which consists of a power control unit (PCU for short) and battery modules,can store and release the electric energy according to the requirements of the solar energystorage system.
• The input and output ports of the energy storage system are high voltage direct current ports.

Model Description
This manual applies to the listed battery below:

• LX F9.6- H-20
• LX F12.8- H-20
• LX F16.0- H-20
• LX F19.2- H-20
• LX F22.4- H-20
• LX F25.6- H-20
• LX F28.8- H-20

Model

9.6kWh.

•      12.8: the usable energy of the battery system is 12.8kWh.

•      16.0: the usable energy of the battery system is 16.0kWh.

•      19.2: the usable energy of the battery system is 19.2kWh.

•      22.4: the usable energy of the battery system is 22.4kWh.

•      25.6: the usable energy of the battery system is 25.6kWh.

•      28.8: the usable energy of the battery system is 28.8kWh.

3| Product Features| H: high voltage battery
4| Version code| 20: version of the battery system is 2.0.

Usable energy
NOTICE

• The battery system supports capacity expansion. A maximum of nine battery modules can be used to extend the usable energy of the battery system.
• Expand the battery system capacity in strict compliance with the expansion requirements. Contact the dealer or manufacturer for more details.
• Failure to follow the requirements may result in an undervoltage, over-voltage or voltage difference fault in the battery system.
• Actual height varies slightly. Refer to the actual installation height.

Application Scenarios

NOTICE

• A max of eight battery systems can be parallel connected in one energy storage system. Ensure that the usable energy of each battery system is the same.
• Install the circuit breaker between the inverter and the battery and the circuit breaker between the two battery systems in compliance with local laws and regulations. Recommended specifications:
  • Nominal voltage≥750V
  • When a single battery system is applied, the nominal current of the battery: ≥50A.
  • When two battery systems are applied, the nominal current of the battery: ≥100A.
  • When three or more battery systems are applied, the nominal current of the battery: ≥125A.

Approved inverter list

• Scan the QR code below or visit the official website to get the Approved Battery Options Statement.

Appearance

system.
3| Battery serial connection interface| Connects the battery module to the next module or to the power control unit.
4| Power control unit| Controls battery system.
5| Battery system switch| Switches the battery system on or off.

6

| ****

DC cable port (BAT)

| Connects the DC cables of the battery system to the inverter. Includes two BAT+ ports and two BAT- ports. The two BAT+ or BATport are functionally identical.
7| Grounding point| Connects grounding cables to the grounding points for protection.
8| Communication

terminal (COM)

| Connects the communication cable between the battery and

inverter or two batteries. COM3 is reserved.

9

| Power control unit serial connection interface|

Connects the power control unit to a battery module.

10| SOC indicator| •      SOC indicator: indicates the SOC status of the battery.

•      Multi-function button indicator

•      Black start button: When there is no PV power generation in the PV system and the power grid is abnormal, long press the multi-function button for 5s to 10s, and then release it to start the battery system. Use the battery power to provide starting voltage for the inverter,

thereby enabling the inverter to enter off-grid mode for

operation.

•      Long press the multi-function button for 15s to power off

the battery system.

•      Combines the SOC indicator and multi-function button indicator to check the battery system working status, alarm

status and fault status.

11

|

Multi-function button

indicator

12| Battery installation limit| Fix the battery to prevent it from tilting.
13| Battery base serial connection interface| Connects the power control unit to a battery module.
14| Adjustable feet| Adjusts the distance between the battery base and the ground.
15| Direction arrow for battery base| Ensure that the arrow in the battery base points towards the wall when installing the battery base.

Check and Storage

Check Before Receiving
Check the following items before receiving the product.

1. Check the outer packing box for damage, such as holes, cracks, deformation, and other signs of equipment damage. Do not unpack the contents from the box and contact the supplier as soon as possible if any damage is found.
2. Check the outer packing box for damage, such as holes, cracks, deformation, and other signs of equipment damage. Do not unpack the package and contact the supplier as soon as possible if any damage is found.
3. Check the deliverables for correct model, complete contents, and intact appearance. Contact the supplier as soon as possible if any damage is found.

Deliverables Power control unit

Battery module

Storage

If the equipment is not to be installed or used immediately, please ensure that the storage environment meets the following requirements:

1. Do not unpack the outer package or throw the desiccant away.
2. Complete the equipment installation in three days after unpacking it. Pack and store the equipment using the original packing box if it is not installed.
3. Stack the equipment complying with the labels and requirements on the packing box.
4. The equipment must be stacked with caution to prevent them from falling.
5. Keep the equipment away from flammable, explosive, and corrosive matters.
6. Place the equipment in a cool place where away from direct sunlight.
7. Store the equipment in a clean place. Make sure the temperature and humidity are appropriate and no condensation.
8. Storage SOC: 25%~50% SOC. Circle the charge-discharge every 6 months.
9. Storage temperature (T):
   • When -20℃≤T﹤0℃, the storage period cannot exceed 1 month.
   • When 0℃≤T≤35℃, the storage period cannot exceed 1 year.
   • When 35℃﹤T≤45℃, the storage period cannot exceed 1 month.
10. Recommended storage humidity: 0%~95%RH (no condensation). Do not install the battery system if there is any moisture or condensation.

System Installation

Installation Requirements

Installation Environment Requirements

1. Do not install the equipment in a place near flammable, explosive, or corrosive materials.
2. Do not install the equipment in a place that is easy to touch, especially within children’s reach. High temperature exists when the equipment is working. Do not touch the surface to avoid burning.
3. Avoid the water pipes and cables buried in the wall when drilling holes.
4. Install the equipment in a sheltered place to avoid direct sunlight, rain, and snow. Build a sunshade if it is needed.
5. The place to install the equipment shall be well-ventilated for heat dissipation and large enough for operations.
6. The equipment with a high ingress protection rating can be installed indoors or outdoors. The temperature and humidity at the installation site should be within the appropriate range.
7. Install the equipment at a height that is convenient for operation and maintenance, electrical connections, and checking indicators and labels.
8. The altitude to install the equipment shall be lower than the maximum working altitude 3000m.
9. Install the equipment away from electromagnetic interference. Install the product away from electromagnetic interference. If there is any radio or wireless communication equipment below 30MHz near the equipment, make sure that the inverter is at least 30m far away from the wireless equipment.

Mounting Support Requirements

• The mounting support shall be nonflammable and fireproof.
• Install the equipment on a surface that is solid enough to bear the product weight.
• Put the battery system near the wall and install the locking brackets to prevent the battery from falling down.

Installation Angle Requirements

• Install the equipment vertically, no tilt or upside down.

Installing the Battery System Moving the Equipment
CAUTION

• Operations such as transportation, shipment, installation and so on shall in compliance with the laws and regulations of the country or region where the inverter is located.
• Move the equipment to the site before installation. Follow the instructions below to avoid personal injury or equipment damage.
  • Consider the weight of the equipment before moving it. Assign enough personnel to move the equipment to avoid personal injury.
  • Wear safety gloves to avoid personal injury.
  • Keep balance to avoid falling down when moving the equipment.

Installing the Battery System
WARNING

• Ensure that the PCU is installed above the battery modules. Do not install any battery modules above the PCU.

• Ensure that the battery system is installed vertically and securely. Align the installation holes of the battery base, battery modules, and PCU. Put the locking bracket cling to the wall, ground, and the battery system.

• Cover the battery system with a cardboard to prevent foreign matters when drilling holes, which may damage the system.

• Remove the cover of the battery module’s connection port before installing the battery system.

• Step 1: Install the adjustable feet to the base.

• Step 2: Install the locking bracket to the base.

• Step 3: Place the base cling to the wall and mark the drilling positions. Then remove the base. Step 4: Drill holes using the hammer drill.

• Step 5: Check the battery base and ensure that the narrow on the base points to the wall. Step 6: Screw the expansion bolts to fix the base.

• Step 7: Install the remaining batteries and PCU based on the actual needs.

• Step 8: Secure the locking bracket to prevent the PCU from falling down.

• Step 9: Check whether the battery system is vertical and secure. Adjust the battery system by the adjust feet if the system is tilted or swayed.

WARNING

• Remove the PCU after marking the drilling positions to avoid damage to the unit when drilling holes using the drill.
• Cover the battery system with a cardboard to prevent foreign matters when drilling holes, which may damage the system.

Electrical Connection

Safety Precaution
DANGER

• High voltage exists during the battery system running. Ensure that the equipment has been powered off to avoid the risk of electric shock before operating the device in the system. Strictly follow all safety precautions outlined in this manual and safety labels on the equipment during the operation.
• All operations, cables and parts specification during the electrical connection shall be in compliance with local laws and regulations.
• Tie the cables of the same type together, and place cables of different types apart. Do not place the cables entangled or crossed.
• Make sure that the cable conductor is in full contact with the terminal and the cable insulation part is not crimped with the terminal when crimping the terminal. Otherwise, the inverter may not be able to work properly, or the connection may be unreliable during working, which may cause terminal block damage, etc.

NOTICE

• Wear personal protective equipment like safety shoes, safety gloves, and insulating gloves during electrical connections.
• All electrical connections should be performed by qualified professionals.
• Cable colors in this document are for reference only. The cable specifications shall meet local laws and regulations.

Electrical Connection Single Battery System
NOTICE

• Please ensure that the COM1 communication port is connected to the inverter, and the COM2 communication port is equipped with a terminal resistor when the PCU leaving the factory. The battery system cannot work properly if the termination resistor is not installed.
• The COM3 port is reserved. Do not connect any cable to the port.

Parallel Connected Battery Systems

NOTICE

• A max of eight battery systems can be parallel connected in one energy storage system. Ensure that the usable energy of each battery system is the same.
• Please ensure that the COM1 communication port of battery system 1 is connected to the inverter, and the COM2 communication port is used for battery connection. The COM2 of the PCU has installed terminal resistors when leaving factory. If you need to connect communication cables, please remove the terminal resistors. If the COM2 port of battery system N is not equipped with terminal resistor, it will cause the battery system to not function properly.
• The COM3 port is reserved. Do not connect any cable to the port.

Connecting the PE cable

NOTICE

• Connect the PE cable first before installing the equipment. Disconnect the PE cable before dismantling the equipment.
• Make sure that the drawing force of the cable after crimping is greater than 400N.
• The PE cable should be prepared by the customer. Recommended specifications:
• Type: single-core outdoor copper cable
• Cross-sectional area: 4-6mm2

Connecting the Power Cable
WARNING

• The DC cable should be prepared by the customer. Recommended specifications:

• Type: single-core outdoor copper cable

• Conductor cross-sectional area S: S=6mm2 or S=16mm2

• When the cross-sectional area range of the conductor is 6mm2, a 6mm2 DC connector
  (included in the deliverables) should be used. The drawing force of the cable after crimping should be greater than 500N. DC cables in this range can only be used to connect a single battery system. Do not cluster battery systems together as this may result in damage to the system.

• When the cross-sectional area range of the conductor is 16mm2, a 16mm2 DC connector
  (included in the deliverables) should be used. The drawing force of the cable after crimping should be greater than 500N.

• It is recommended to use a YQK-70 hydraulic plier to crimp the DC terminal of the battery. When the cross-sectional area of the conductor is 6mm2, the crimping dies with an “8” should be used, when the cross-sectional area of the conductor is 16mm2, the crimping dies with an “16” should be used.

• If the recommended hydraulic plier cannot be purchased, please choose the crimping tool according to the terminal size to ensure that the crimped terminals meet the usage requirements.

• Do not remove the cover of the DC cable port if the DC cable is not to be connected. Otherwise, the protection degree may be influenced.

Crimping size

Connecting the Communication Cable
WARNING

• If the communication cable between the inverter and the battery system is supplied by the inverter manufacturer, you can decide whether to use the supplied cable or not according to the actual situation. Refer to the user manual of the inverter for detailed cable specifications.
• When making communication cables, please ensure that the definition of the battery communication port matches the definition of the inverter communication port. Otherwise, it will cause communication failure.
• If you need to prepare the communication cable, the recommended specifications are: standard network cable and RJ45 connector.

Port Definition

parallel communication port
5| CAN_1L| CAN_1L
6| DI7H-| DI7H-| Detects the cluster signal of the battery system.
7| DI7H+| DI7H+
8| –| PWM| Sending paralleled PWM signals.

WARNING

• Detailed requirements for communication cable connection and termination resistor installation can be obtained in the system wiring network. This chapter only describes the connection method of communication cables and port definitions.
• If the termination resistor is not installed, the Interlock Failure will occur, and the battery system cannot work correctly.

Connecting the Communication Cable

• Step 1: Disassemble the waterproof module.
• Step 2: Run the communication cable through the waterproof module.
• Step 3: Connect the communication cable to the battery system. Tighten the waterproof module.

(Optional) Removing the Termination Resistor

• Step 1: Disassemble the waterproof module.
• Step 2: Remove the termination resistor.
• Step 3: Tighten the waterproof module.

System Operation

Check Before Power ON
Check the following items before power on to avoid the battery system being damaged.

and easy to operate.
2| The PE cable, power cable, communication cable, and termination resistor are connected correctly and securely.
3| Cable ties are intact, routed properly and evenly.
4| Unused ports and terminals are sealed.

Power On
NOTICE

• The equipment in the dashed boxes are optional.
• Install the circuit breaker between the inverter and the battery and the circuit breaker between the two battery systems in compliance with local laws and regulations.
• Strictly follow the power on requirements to avoid damaging the system.
• To ensure effective protection, the cover of the battery system switch should remain closed. The cover can be closed automatically after being opened. Fasten the cover with screws if the switch is not to be used for a long-term period.

Method I:

• Step 1: Turn on the breaker between the inverter and the battery system.
• Step 2: (Optional) Turn on the breaker between the battery systems if they are clustered.
• Step 3: Turn on the battery system switch. Turn on the switches of the battery systems in turn if they are clustered.
• Step 4: Turn on the inverter in the system following the instructions in the user manual of the inverter.

NOTICE

• Black start button: When there is no PV power generation in the PV system and the power grid is abnormal, long press the multi-button for 5s to 10s, and then release it to start the battery system. Use the battery power to provide starting voltage for the inverter, thereby enabling the inverter to enter off-grid mode for operation.
• After the battery system is started, set the battery model through SolarGo App within 10 minutes to ensure normal communication between the inverter and the battery.

Method II:

• Step 1: Long press the multi-function button on the PCU for 5s to 10s, then release it to start the battery system. If it is a parallel battery system, long press the multi-function button of the battery system in sequence.
  Step 2: Turn on the inverter in the system following the instructions in the user manual of the inverter.

Setting the Battery Parameters
NOTICE

Select the battery model via SolarGo App after powering on the battery system, so that the battery system can work properly.

• Step 1: Download SolarGo App.
• Step 2: Connects inverter to the App.
• Step 3: Tap Home > Parameters > Basic Setting to set the basic parameters. Follow the prompts to select and set the battery model.
  • NOTICE: Select the wrong battery model may cause system failure. Ensure that the battery model is right.

Indicator Status Normal status

Abnormal status

Maintenance

Power OFF the Battery System
DANGER

• Power off the battery system before operations and maintenance. Otherwise, the equipment may be damaged or electric shocks may occur.
• Strictly follow the power off requirements to avoid damaging the system.

NOTICE

• The equipment in the dashed boxes are optional.
• Install the circuit breaker between the inverter and the battery and the circuit breaker between the two battery systems in compliance with local laws and regulations.
• To ensure effective protection, the cover of the battery system switch should remain closed. The cover can be closed automatically after being opened. Fasten the cover with screws if the switch is not to be used for a long-term period.

Method I:

• Step 1: Turn off the inverter in the system following the instructions in the user manual of the inverter.
• Step 2: Turn off the circuit breaker between the inverter and the battery.
• Step 3: (Optional) Turn off the breakers between the battery systems if they are clustered.
• Step 4: Turn off the battery system switch. Turn off the switches of the battery systems in turn if they are clustered.

Method II:

• Step 1: Turn off the inverter in the system following the instructions in the user manual of the inverter.
• Step 2: Long press the multi-function button indicator for more than 15s and release it, make sure that the SOC indicator and multi-function button indicator of the PCU are off.

Routine Maintenance
WARNING

• Contact the after-sales service for help if you find any problems that may influence the battery or the hybrid inverter. Disassemble without permission is strictly forbidden.
• Contact after-sale service for help if the copper conductor is exposed. Do not touch or disassemble privately because the high voltage danger exists.
• In case of other emergencies, contact the after-sales service as soon as possible. Operate following the instructions or wait for the after-sales service personnel.

months
Check whether the outer enclosure is broken. Repair the

painting or contact the after-sales service if there is any broken.

| Once every 6 months
Check whether the cables are exposed. Replace the exposed

cable or contact the after-sales service for help.

| Once every 6 months
Check whether there is any dust around the battery module.

Clean the dust if there is any to avoid affecting heat dissipation.

| Once every 6 months
Check whether there is any liquid or pest near the battery to

avoid intrusion in a long term.

| Once every 6 months

Common Problem Handling

deformed

| 1.   Adjust the height of the anchor nut.

2.   Replace to hard ground.

PCU shaking| The screws of the L-shaped

bracket fixing the PCU to the

wall are not tightened.

| Tighten the L-shaped bracket of the battery system.

The gap between the PCU and the battery module is too large to stack

| 1.   The blind mate connectors of the PCU and battery module in the battery system are not corresponding

2.   The cover plate of the battery module wiring

port was not removed

| ****

1.   Adjust the module position to ensure that the PCU and battery modules are stacked without misalignment.

2.   Remove the cover plate of the battery module wiring port.

The indicator light goes out and the battery switch trips

during operation.

| ****

Cable short circuit or internal failure of battery system.

| 1.   Check for short circuits in external cables.

2.   Power off and wait for 2 hours, then

power on.

The red button indicator light blinks, the SOC light shows battery level, and there is no “click” sound when the relay is closed| 1.   Communication fault.

2.   Battery model setting

error in SolarGo APP.

| 1.   Check if the terminal resistor of COM2

port is installed correctly.

2.   Check if the communication cables are correct.

3.   Check if the inverter is working properly.

4.   Set the battery system model through

the SolarGo App.

5.   If the problem persists, long press the multi-function button for 5s to 10s then release it, confirm if there is a “click” sound from the relay, and report the situation to the dealer.

---|---|---

System Troubleshooting
The battery system may power off automatically and some functions may not work properly once the battery system fails. Perform troubleshooting according to the following methods. Contact the after-sales service if these methods do not work. Collect the information below before contacting the after-sales service, so that the problems can be solved quickly.

1. Battery information, such as: serial number, software version, when the device was installed, when the fault occurred, how often it occurred, etc.
2. Ambient environment, such as: weather conditions and installation environment. Photos, videos and other files can be provided to assist in the analysis of the problem.

Technical Parameters

Technical Parameters| LX F9.6- H-20| LX F12.8-

H-20

| LX F16.0- H-20| LX F19.2-

H-20

---|---|---|---|---
Usable Energy (kWh)*1| 9.6| 12.8| 16.0| 19.2
Battery Module| LX F3.2-20: 64V 3.2kWh
Number of Modules| 3| 4| 5| 6
Cell Type| LFP (LiFePO4)
Nominal Voltage (V)| 192| 256| 320| 384
Operating Voltage Range (V)| 172.2~216.6| 229.6~288.8| 287~361| 344.4~433.2
Nominal Dis-/Charge Current

(A)*2

| 35
Nominal Dis-/Charge Power

(kW)*2

| 6.72| 8.96| 11.2| 13.44
Operating Temperature Range

(℃)

| Charge: 0~+50; Discharge: -20~+50
Relative Humidity| 0~95%
Max. Operating Altitude (m)| 3000
Communication| CAN
Weight (kg)| 120| 154| 188| 222
Dimension (W×H×D mm)| 600×715×380| 600×871×380| 600×1027×380| 600×1183×380
Ingress Protection Rating| IP55
Mounting Method| Grounded
Standard and

Certification

| Safety| IEC62619, IEC62040-1, IEC63056, VDE2510, CE , CEC
EMC| CE, RCM
Transportation| UN38.3
*1: Test conditions, 100% DOD, 0.2℃ charge & discharge at +25±2 °C for battery system at beginning life. System Usable Energy may vary with different inverters.

*2: Nominal Dis-/Charge Current and power derating will occur related to Temperature and

SOC.

•      When a single battery system is applied, the Nominal Dis-/Charge Current is 35A.

•      When two battery systems are applied, the Nominal Dis-/Charge Current is 70A.

•      When more than three battery systems are applied, the Nominal Dis-/Charge Current is

100A.

Standard and

Certification

| Safety| IEC62619, IEC62040-1, IEC63056, VDE2510, CE, CEC
EMC| CE, RCM
Transportation| UN38.3
*1: Test conditions, 100% DOD, 0.2C charge & discharge at +25±2 °C for battery system at beginning life. System Usable Energy may vary with different inverters.

*2: Nominal Dis-/Charge Current and power derating will occur related to Temperature and

SOC.

•      When a single battery system is applied, the Nominal Dis-/Charge Current is 35A.

•      When two battery systems are applied, the Nominal Dis-/Charge Current is 70A.

•      When more than three battery systems are applied, the Nominal Dis-/Charge Current is

100A.

Official Website

GoodWe Technologies Co., Ltd.

• No. 90 Zijin Rd., New District, Suzhou, 215011, China
• T: 400-998-1212
• www.goodwe.com
• service@goodwe.com.

Contact Information

Lynx Home F Series G2 V1.1 -2023 -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 the company.
NOTICE

• The information in this user manual is subject to change due to product updates or other reasons.
• This guide cannot replace the product labels or the safety precautions in the user manual unless otherwise specified.
• All descriptions in the manual are for guidance only.
• User Manual V1.1-2023-10-30

References

• GoodWe Warranty
• GoodWe: Smart Energy Innovator
• GoodWe: Smart Energy Innovator

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