Goodwe EHB Series User manual

EHB Series User Manual
Ver.1.0
2020-12-30

Contents
01 Safety and Warning ............................................ 1
1.1 Symbol Conventions .......................................................................... 1
1.2 Symbols Explanation .......................................................................... 3
02 Product Introduction ......................................... 4
2.1 Operation Modes Introduction .......................................................... 4
2.2 Model ................................................................................................... 5
2.3 Appearacne ......................................................................................... 5
2.4 LED Indicators Explanation ................................................................ 6
2.5 Product Diamension ........................................................................... 6
2.6 System Connection Diagrams............................................................ 7
03 Installation Requirements .................................. 9
3.1 Environment Requirements ............................................................... 9
3.2 Installation Angle and Space Requirements ..................................... 9
3.3 Improper Installation Mode ............................................................... 9
04 Installing the Inverter ....................................... 10
4.1 Packing List ....................................................................................... 10
4.2 Installing the Inverter ....................................................................... 11
05 Electrical Connections ...................................... 12
5.1 Overview of Cable Connections ...................................................... 12
5.2 Connecting the PE cable .................................................................. 13
5.3 Connecting PV Cables ...................................................................... 13
5.4 Connecting Battery DC Cables ......................................................... 14
5.5 Connecting AC Cables ...................................................................... 14
5.6 Connecting Communication Cables and Installing CT .................. 17
5.7 DRED and Remote Shutdown Connection ..................................... 18
06 Parameter Con󽗉guration .................................. 19
6.1 Checking Before Turning On AC Power ........................................... 20
6.2 PV Master APP Operation ................................................................. 20
6.2.1 Basic Settings ............................................................................................................ 20

6.2.2 CEI Auto-Test Function ............................................................................................. 21
6.2.3 RSD Function ............................................................................................................ 21
6.2.4 Inverter Arc Detection (Optional) ............................................................................ 22
6.2.5 Safety Parameter Settings ....................................................................................... 23
6.3 WiFi Con󽗉guration ........................................................................... 26
07 Maintenance .................................................... 27
08 Troubleshootings ............................................. 28
8.1 Error Message .................................................................................... 28
8.2 FAQ ..................................................................................................... 31
09 Technical Parameters and Certi󽗉cates .............. 34
10 Appendix ......................................................... 37

1
1.1 Symbol Conventions
DANGER indicates a hazardous situation which, if not avoided, will
result in death or serious injury.
DANGER!
WARNING!
CAUTION!
NOTE does not indicate any hazardous situation. It supplements
description and explanation only.
NOTE
CAUTION indicates a hazardous situation which, if not avoided, could
result in minor or moderate injury.
WARNING indicates a hazardous situation which, if not avoided, could
result in death or serious injury.
01 Safety and Warning
General safety cautions:
• Thedocumentationmaybeupdatedfromtimetotimeduetoproductupgradesorother
reasons.Unlessotherwisespeci󽗉ed,informationinthedocumentationdonotreplacesafety
cautionsinthelabels.Alldescriptionsinthedocumentationareusedforguidanceonly.
• Pleasereadtheusermanualcarefullytoacquireknowledgeaboutproductfeaturesand
safetyprecautionsbeforeinstallingtheequipment.GoodWewillnotbeliableforany
equipmentdamagesorpersonnelinjuriescausedbyfailuretoinstall,operateorcon󽗉gure
theinverterinaccordancewiththisdocumentorcorrespondingusermanual.
• Pleasefollowlocallawsandregulations,andsafetycautionsinthismanualduringthe
installation,operation,andmaintenance.Improperoperationormisusemayresultin
personalinjuriesorpropertylosses.
• Allinstallation,operation,andmaintenancemustbecarriedoutbytrainedprofessionals
whomeetthefollowingrequirements:
• readthroughthismanual
• befamiliarwithvarioussafetyprecautions
• operateproperly
• acquaintwithlocallaws,regulations,andstandards.
• Toensuresafety,pleaseuseinsulatedtoolsandwearpersonalprotectiveequipmentwhen
operatingtheequipment.
• Alwayscomplywithelectrostaticprotectionrules.Toprotecttheinverterfrombeing
damaged,pleasewearanti-staticgloves,wriststrapandclotheswhentouchingprinted
circuitboardorotherelectrostaticsensitivecomponentsduringoperation.
Operation Safety Precautions:
• Theequipmentcangethotduringoperation.Touchingthehotsurfacecanresultinburn
injuries.
• DonotplugorpullDC/ACterminalswhentheequipmentisrunning.
• PVnegative(PV-)andbatterynegative(BAT-)oninvertersideisnotgroundedbydefault.
ConnectingPV-orBAT-toEARTHisstrictlyforbidden.
• PVmodulesusedontheinvertermusthaveanIEC61730classArating,andthetotalopen-
circuitvoltageofPVstring/arrayislowerthanthemaximumratedDCinputvoltageofthe
inverter.AnydamagecausedbyPVover-voltageisbeyondwarranty.
• Whentheinverterleakagecurrenttogroundis≥6mA,itcanbedetectedbythebuilt-in
RCMUfunction.TypeA(≥30mA)residualcurrentdeviceisrecommended.

2
• InAustralia,theinverterinternalswitchingdoesnotmaintainneutralintegrity,whichmust
beaddressedbyexternalconnectionarrangementslikeinthesystemconnectiondiagram
forAustralia.
• InAustralia,outputofBack-Upsideinswitchboxshouldbelabeled“MainswitchUPS
supply”,theoutputofnormalloadsideinswitchboxshouldbelabeled“mainswitch
invertersupply”.
• Powero󽗈theequipmentbeforeanycableconnectionorelectricaloperation.
• Residualhighvoltageexistsaftertheequipmentispoweredo󽗈.Toavoidelectricshock,
pleasewaitfor5minutesfortheequipmenttodischargetosafevoltage.
• Destroyingthelabelswithoutauthorizationwillvoidtheguaranteeofcorresponding
modules.
• Iftheequipmentisnottobeinstalledimmediately,putitinsidetheoriginalpackagewiththe
desiccant.Iftheequipmentisunpackedbutnotputintouseimmediately,sealallunused
terminalportstopreventdustandwatervaporcorrosion.
Warranty Declaration:
• Theequipmentdamagecausedbyfollowingreasonsarenotcoveredbywarranty:
• Exceedtheguaranteeperiod.
• Improperinstallation,alteration,transportationoroperation.
• Theinstallationoroperationenvironmentisbeyondtherequirementsofthismanualorlocal
lawsandregulations.
• Forcemajeure(lightening,earthquake,󽗉redisaster,stormorvolcaniceruptionetc.)
• Unauthorizedreplacement,dismantle,maintenanceormodi󽗉cationofsoftwarecode.
• Failuretocomplywithlocallawsandregulations,andsafetyprecautionsinthismanual.
• Formorewarrantyconditions,pleasevisitwww.goodwe.com.

3
1.2 Symbols Explanation
Caution!
Failing to observe a warning indicated in this manual may result in injury.
Danger of high voltage and electric shock!
Components of the product can be recycled.
This side up! The package must always be transported, handled and stored in
such a way that the arrows always point upwards.
Danger of hot surface!
No more than six (6) identical packages being stacked on each other.
Product should not be disposed as household waste.
The package/product should be handled carefully and never be tipped over or
slung.
Refer to the operating instructions
.
Keep dry! The package/product must be protected from excessive humidity
and must be stored under cover.
Inverter will be touchable or operable after minimum 5 minutes of being
turned off or totally disconnected, in case of any electrical shock or injury.
CE Mark
The hybrid or bidirecational solar inverter strictly comply with related safety rules for product
design and testing. Please read and follow all the instructions and cautions on the hybrid
inverter or user manual during installation, operation or maintenance, as any improper
operation might cause personal injury or damage.

4
The hybrid or bidirecational solar inverter applys to solar system with participation of PV,
battery, loads and grid system for energy management. The energy produced by PV system
shall be used to optimize self-consumption, excess power charge battery and the rest power
could be exported to the grids. Battery shall discharge to support loads when PV power is
insufficient to meet self-consumption. If both PV power and battery power is insufficient, the
system will take power form grid to support loads.
Note: The introduction describes a general behavior of
the hybrid or bidirecational solar inverter system. The
operation mode can be adjusted on PV Master APP based
on the system layout. Below are the general operation
based on the system layout. Below are the general
operation modes for the hybrid or bidirecational solar
inverter system.
The energy
produced by the PV
system is used to
optimize
self-consumption.
The excess energy is
used to charge the
batteries, then
exported to gird.
When grid fails , the
system automatically
switches to Back-Up
mode, the Back-Up
load could be
supported by PV and
battery.
Battery could be
charged by grid,
and charge
time/power could
be set flexibly on
PV Master APP.
When there is no
PV, and the
battery is
sufficient , It can
supply the load
with the grid
together.
The
solar inverter system normally has the following operation modes based on your
configuration and layout conditions.
2.1 Operation Modes Introduction
02 Product Introduction

5
2.2 Model
2.3 Appearacne
No. Part Description
1PV input port To connect PV strings.
2Battery input port To connect the battery.
3BMS port To connect the BMS communication part of the battery.
4WiFi/Bluetooth port To install the WiFi/Bluetooth communication module.
5METER port To connect the meter.
6ON-GRID port To connect to the power grid.
7DRED
communication port
To connect to DRED for communication.
8RS485 port
To connect data monitor devices. When the LG RESH10-TypeR
battery is applied, it's used to connect the enable signal port of the
battery.
9BACK-UP port
To connect the BACK-UP load. The BACK-UP port of the inverter is
designed with uninterruptible power supply function. The inverter
will supply power to the load to keep them working when the
power grid is disconnected.
10 WiFi Reset Button For WiFi Reset and WiFi Reload.
11 Indicator To indicate the status of the inverter.
12 Bypass switch Turn the switch to "bypass" when the inverter fails to work. The
power grid will supply the BACK-UP load.
13 DC switch Shutdown the PV system in an emergency. DC switch also works as
switch of Rapid Shut Down (RSD).
14 Breaker
• Disconnect the inverter from the grid by ON-GRID breaker.
• Disconnect the inverter from the BACK-UP load by BACK-UP
breaker
1 432 5 6
7 8 9
11 14
10 1213
EHBseriesinvertermodels:
• GW5000-EHB
• GW6500-EHB
• GW8600-EHB
• GW0010-EHB

6
2.4 LED Indicators Explanation
140 mm
106 mm
120
182 mm
120 110
192 mm
415 mm
791 mm
150 mm 395 mm
175 mm
COLOR EXPLANATION
ON = System is ready
BLINK = System is starting up
OFF = System is not operating
ON = Back-up is ready / power available
OFF = Back-up is off / on power available
ON = Battery is charging
BLINK 1 = Battery is discharging
BLINK 2 = Battery is low / soc is low
OFF = Battery is disconnected / not active
ON = Grid is active and connected
BLINK = Grid is active but not connected
OFF = Grid is not active
ON = Consuming energy from grid / buying
BLINK 1 = Supplying energy to grid / zeroing
BLINK 2 = Supplying energy to grid / selling
OFF = Grid not connected or system not operating
ON = BMS and meter communication ok
BLINK 1 = Meter communication ok, BMS communication fail
BLINK 2 = BMS communication ok, meter communication fail
OFF = BMS and meter communication fail
ON = WiFi connected / active
BLINK 1 = WiFi system resetting
BLINK 2 = WiFi not connect to router
BLINK 4 = WiFi server problem
OFF = WiFi not active
ON = Fault has occurred
BLINK1 = Overload of back-up / Output / reduce load
BLINK4 = CT wiring fault
OFF = No fault
STATUSINDICATOR
SYSTEM
BACK-UP
BATTERY
GRID
ENERGY
COM
WiFi
FAULT
2.5 Product Diamension

7
2.6 System Connection Diagrams
• For Australia safety country, the neutral cable of On-Grid side and Back-Up
side must be connected together, otherwise Back-Up function will not work.
• When the inverter is working tied to the grid with its backup function
enabled, it will automatically switch to the backup mode if the grid suddenly
disconnected. Please conrm that the backup mode is normal.
Distribution box
On-Grid
Back-up
RCD Back-up
Loads
Normal Loads
LNPE
Meter
L
N
L
N
PE
L
N
PE
L
PEN
Smart
Meter
RCD
Grid
Hybrid Inverter
BMS
E-BAR E-BAR
The Grounding screw hole
at the lower right corner
Solar
Array
RS485
CT
Don’t connect this terminal to the
application where the neutral wire and PE
wire are connected together.
N-E
Link
PE
The diagram is an example for application that Neutral connects together with PE in
distribution box.
Such as: Australia, New Zealand, etc(Please follow local wiring regulations)
N-BAR
Battery

8
Distribution box
On-Grid
BMS
The Grounding screw hole
at the lower right corner
LN
L
N
L
N
L
N
PE
PE
L
Grid
RS485
CT
PE
N
The diagram is an example for application that Neutral separates with PE in
distribution box.
Such as: Australia, New Zealand, etc(Please follow local wiring regulations)
Hybrid Inverter
Solar
Array
Battery
RCD
RCD
PE
PE
Back-up
Loads
Don’t connect this terminal to the
application where the neutral wire and PE
wire are connected together.
Smart
Meter
Back-up
Meter
E-BAR E-BAR
N-BAR
Normal Loads
The Grounding screw hole
at the lower right corner
Distribution box
On-Grid
Battery
RCD
Normal Loads
LNPE
Meter
L
N
L
N
L
N
PE
L
N
PE
RCD
Grid
BMS
PE
Solar
Array
RS485
CT
When the inverter is working in Back-up mode, neutral and PE on Back-up side are
connected together via the internal relay. And this internal relay will be open when the
inverter is working in the Grid-tied mode.
N
PE
PE
The diagram is an example for application that Neutral separates with PE in
distribution box.
Such as: China,Germany,South Africa, Czech Republic,Italy,Brazil,etc.
(Please follow local wiring regulations)
Smart
Meter
Back-up
Hybrid Inverter
Back-up
Loads
E-BAR E-BAR

9
03 Installation Requirements
3.1 Environment Requirements
3.2 Installation Angle and Space Requirements
Inverter should be installed vertically or lie
on a slope by a max of 15°.
• Anypartofthissystemshouldn'tblocktheswitchandbreakerfromdisconnectingthe
inverterfromDCandACpower.
• Invertershouldbeinstalledateyelevelforconvenientmaintenance.
• Invertershouldbeinstalledonasolidsurface,whereitissuitableforinverter'sdimensions
andweight.
• Ambienttemperatureshouldbelowerthan45°C.(Highambienttemperaturewillcause
powerderatingofinverter.)
• Itisrecommandedthattheinstallationoftheinvertershouldbepreventedfromdirect
sunlight,snow,rainandothernegativein󽗊uenceswhichmaye󽗈ectproductfunctionor
lifetime.
• Productlabeloninvertershouldbeclearlyvisibleafterinstallation.Donotdamagethelable.
Keep away from sunlight Keep dry Keep it clear of snow Sun Rain Accmulated snow
15°
Leave enough space around the inverter
according to the below gure for natural heat
dissipation.
200mm
300mm
500mm
200mm
300mm
3.3 Improper Installation Mode
No parallel connection of the back-up is allowed in
general application. Please contact the Service
Center first for advanced application.
Back-up Back-up
Load
On-grid PV PV
Single PV string cannot be connected to multiple
inverters.

10
04 Installing the Inverter
4.1 Packing List
Smart Meter*1
&CT*1
Wall-Mounted
Bracket*1
Wall-Mounted
Bracket*1 6-Pin Terminal*2
Positive PV
Plug
[1]
Negative PV
Plug
[2]
Positive BAT
Plug*1
Negative BAT
Plug*1 WiFi module*1 Locating Plate*1
Inverter *1
Straight
Screwdriver
*1
On Grid AC Plug*1
BACK-UP Plug*1
PE terminal*1 Documentation
[3]
WiFi module
Disassemble
Tool*1
Fixed Screw*4
or or
Expansion
Bolts
*7
Bluetooth
module*1
[1],[2]:SuppliedaccordingtoPVportnumbers.
[3]:IncludingQuickInstallationGuide,UserManual,etc.
BatteryBattery
Battery
Back-up
Generator
Single battery bank cannot be connected to
multiple inverters.
On-Grid or back-up side cannot be connected to
any AC generator.
Battery without official compatible statement
cannot be connected to inverter
Back-up side cannot be connected to grid.
Back-up
On-Grid

11
04
• Do not install the inverter when it is snowing or raining. If you have to, pay
attention to the waterproof and moisture-proof of the inverter and distribution
box.
• Avoid drilling holes in walls which with cables inside or on the back.
4.2 Installing the Inverter
1.Drillholeswiththehelpofinstallationlocatingplate.
2.Installthewall-mountedbracket.
Φ8mm
Level
M5
3.Installtheinverter.
• Do not use force beyond the heatsink sides to avoid damage to the inverter.
• The connection unit cannot lift holding.
• Avoid holding and lifting the connection unit, keep balance of the inverter
during moving.
4.Securetheinverterwithalock.
5.Ensurethattheswitchison"OFF"positionandlockedduringinstallationandmaintenance.
(ApplicableinAustraliaandNewZealand)

12
• During wiring connection, the operator should always wear proper PPE.
• The wiring installation must strictly observe correct specication.
Otherwise, it may bring waterproof and electrical problems.
• Direction of the CT cannot be connected in reverse, please follow
House(K)→Grid (L) direction to do the connection.
05 Electrical Connections
5.1 Overview of Cable Connections
To Smart
Meter Cable
Smart Meter
Power Meter
......
To Battery Cable
PE
PV Strings
Grid
ON-Grid
Load
Back-Up Load
Battery
AC Breaker
AC Breaker
CableSpeci󽗉cations
TheACbreakerspeci󽗉cation
dependsonactualloads.
Model PV Cable BAT Cable AC Cable PE Cable
GW5000-EHB 3-4mm² 12-13mm² 5-6mm² 5-6mm²
GW6500-EHB 3-4mm² 12-13mm² 8-10mm² 8-10mm²
GW8600-EHB 3-4mm² 12-13mm² 10-12mm² 10-12mm²
GW0010-EHB 3-4mm² 12-13mm² 10-12mm² 10-12mm²

13
Ground cable shall be connected to ground plate on grid side.
5.3 Connecting PV Cables
5.2 Connecting the PE cable
• The total short-circuit current of PV string must not exceed inverter’s max
DC current.
• The minmum isolation resistance to ground of the PV string must exceed
19.33kΩ in case of any shock hazard.
• The polarity of PV strings or on the inverter cannot be connected by
reversely, otherwise inverter could be damaged.
• PV strings could not connect to earth/grounding conductor.
• Use the right PV plugs in the accessory box. (BAT plugs are similar with PV
plugs, please conrm before use it.)
• There will be MC4 or Amphenol plugs in accessory box.
1. Prepare PV cables and PV plugs.
2. Connect PV cable to PV connectors.
3. Screw the cap on and plug onto inverter side.
• PV cable must be tightly crimped in to the connectors.
• For Amphenol connector, the limit buckle cannot be pressed.
• There will be a click sound if connectors are inset correctly into PV plugs.
Click
1 2
3

14
5.4 Connecting Battery DC Cables
5.5 Connecting AC Cables
7mm
7mm VACONN series
Click
1 2
3
• Makesurebatterybreakeriso󽗈andbatterynominalvoltagemeetthe
HybridInverterspeci󽗉cationbeforeconnectingbatterytoinverterand
makesureinverteristotallyisolatedfromPVandACpower.
• Pleasebecarefulagainstanyelectricshockorchemicalhazard.
• PleasefollowingCmentsandstepsbellowstrictly.Useimproperwire
maycausebadcontactandhighimpedance,whichisdangeroustothe
system.
• UsetherightBATplugsintheaccessorybox.
• Usethetin-platedcableswithaconductorcrosssectionof12to13mm²
becausethemaximumbatterycurrentis50A.
ACcircuitbreakersshallbeinstalledonthegridsideandtheloadside.SelecttheACbreaker
accordingtotheactualload.
ACbreaker
ACbreaker
Loadbreaker Loadbreaker

15
Requirements of AC cable connected to On-Grid and Back-Up side
1. Make sure inverter is totally isolated from any DC or AC power before
connecting AC cable.
2. The choice of AC cable needs to meet both the outside diameter and
conduct core section requirements. Please refer to the table for selecting
the AC cable.
3. Neutral cable shall be blue, line cable is black or brown (preferred) and
protective earth cable yellow-green.
4. For AC cables, PE cable shall be longer than N&L cables, so that if in any
case AC cable slips or taken out, the protecting earth conductor will be the
last to take the strain.
1. Prepare the terminals and AC cables.
2. Put AC cable through terminal cover and screw the three cables tightly on the connectors.
3. Lock terminal cover and screw up the terminal cap.
4. Connect the assambled AC terminals onto inverter.
Φ: 13-22mm
10-15mm 12-14mm
1 2
Make sure terminal
cover is locked up here.
3 4

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Connection For SPLIT Grid System
InSPLITgridsystem,thereisasolution
allowinginvertertoworkunderOn-Grid
condition.Buttheexportpowerandload
powermightbedetectedinaccuratelyas
thenominaloutputpowerofinverteris
230Vandtherecouldbeloadsof110Vor
220V.
Declaration For Back-Up Function
Thebelowstatementlaysoutthegeneralpoliciesgoverningthehybridinverter.
1.Forhybridinverters,thestandardPVinstallationtypicallyconsistsoftheconnectionofthe
inverterwithbothpanelsandbatteries.Incaseofsystemsnotconnectedtothebatteries,the
Back-Upfunctionisstronglynotadvisedtouse.GoodWeshallnotcoverthestandardwarranty
andbeliableforanyconsequencesarisingfromusersnotfollowingthisinstruction.
2.Undernormalcircumstances,theBack-Upswitchingtimeislessthan10ms(theminimal
conditiontobeconsideredastheUPSlevel).However,someexternalfactorsmaycausethe
systemtofailonBack-Upmode.Assuch,werecommendtheuserstobeawareofconditionsand
followtheinstructionsasbelow:
1)Donotconnectloadsiftheyaredependentonastableenergysupplyforareliableoperation.
2)DonotconnecttheloadswhichmayintotalexceedthemaximumBack-Upcapacity.
3)Trytoavoidthoseloadswhichmaycreateveryhighstart-upcurrentsurgessuchasInverter
Air-conditioner,high-powerpumpetc.
4)Duetotheconditionofbatteryitself,batterycurrentmightbelimitedbysomefactorsincluding
butnotlimitedtothetemperature,weatheretc.
220V Load
110V Load
Grid
110V
110V
L1
N
L2
220V
CT
Back-Up Load (230V)
To Smart Meter
Declaration For Back-Up Loads
Thehybridinvertersareabletosupplyoverloadoutputatits’Back-Up.Fordetailspleaserefer
tothetechnicalparametersofthehybridinverter.Andtheinverterhasself-protectionderatingat
highambienttemperature.
Acceptedloadsasbelow:
InductiveLoad:ForGW5000-EHBandGW6500-EHB,a1.5Pnon-frequencyconversionair-
conditionercanbeconnecttoback-upside.ForGW8600-EHBandGW0010-EHB，a2Pnon-
frequencyconversionair-conditionercanbeconnecttoback-upside.Theuninterruptedpower
supplyoftheinverterwillbecomeunstableiftheairconditionerisconnectedbeyondrequired.
CapacitiveLoad:Totalpower<=0.6xnominalpowerofmodel.(Anyloadwithhighinrushcurrent
atstart-upisnotaccepted.)
Forcomplicatedapplication,pleasecontacttheServiceCenter.
Declaration For Back-Up Overload Protection
Invererwillrestartitselfasoverloadprotectionhappens.Thepreparationtimeforrestartingwill
belongerandlonger(maxonehour)ifoverloadprotectionrepeats.Takefollowingstepstorestart
inverterimmediately.
•DecreaseBack-Uploadpowerwithinmaxlimitation.
•OnPVMaster→AdvancedSetting→Click“ResetBack-UpOverloadHistory”

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5.6 Connecting Communication Cables and Installing CT
• The Smart Meter with CT in product box is compulsory for the hybridinverter system
installation, used to detect grid voltage and current direction and magnitude, further to
instruct the operation condition of the hybridinverter via RS485 communication.
• Choose standard network cables and RJ45 terminals only for communication.
1. Make sure AC cable is totally isolated from AC power before connecting
Smart Meter & CT.
2. The Smart Meter and CT is well congured, please do not change any
setting on Smart Meter.
3. One Smart Meter can only be used for one hybridinverter.
4. CT must be connected on the same direction as the CT indicated.
To Smart Meter
N L
Grid
Load
CT
N
L
PE
To Battery
Battery
• CT cable is 3m as default, could be extended to max 5m.
• Choose standard network cables and RJ45 terminals only for communication.
• Communication cables of Smart Meter can expand to 100m to ensure normal communication.
Normally, BMS communication cables are 3~5M.
NO. Color BMS Function Smart Meter Function
1 Orange&White 485_A2 N/A
2 Orange N/A N/A
3 Green&White 485_B2 485_B1
4 Blue CAN_H N/A
5 Blue&White CAN_L N/A
6 Green N/A 485_A1
7 Brown&White N/A 485_B1
8 Brown N/A 485_A1
OFF ON Blinking
POWER Not working Working N/A
ENERGY N/A Importing Exporting
COM Blink one time when it transfer data to inverter.
Smart Meter LED Indications
POWER
ENERGY
COM
1 2 3 4 5 6 7 8