HOMEGRID Stack'd Series User manual

Stack’d Series
Reference Manual
Rev 1.61
12/24/2021

Table of Contents
1. SafetyPrecautions ............................................................................................................ 1
1.1. General warnings............................................................................................................. 1
1.2. Charge and discharge warnings....................................................................................... 2
1.3. Transportation warnings.................................................................................................. 3
1.4. Disposal of lithium batteries ........................................................................................... 3
1.5. Before Connecting........................................................................................................... 3
1.6. During Use ...................................................................................................................... 4
2. Introduction...................................................................................................................... 5
2.1. Lithium iron phosphate Battery....................................................................................... 5
2.2. Stack’dSeriesFeatures ..................................................................................................... 5
2.3. Specifications .................................................................................................................. 6
2.4. EquipmentInterfaceInstruction........................................................................................ 7
3. How to use the Monitoring Software Ems Tools .......................................................... 16
3.1. Monitoring Software Ems Tools connection ................................................................ 16
4. How to match communication with Inverter ................................................................. 20
4.1. Supported brands........................................................................................................... 20
4.2. Inverter matching list .................................................................................................... 20
4.3. Connection with inverter............................................................................................... 21
5. Safe handling of lithium batteries Guide ....................................................................... 22
5.1. Schematic Diagram of Solution .................................................................................... 22
5.2. Unpacking the system ................................................................................................... 22
5.3. Precautions before installation ...................................................................................... 23
5.4. Tools.............................................................................................................................. 23
5.5. Safety Gear.................................................................................................................... 23
6. Installation ..................................................................................................................... 24
6.1. Package Items................................................................................................................ 24
6.2. Installation Location...................................................................................................... 25
6.3. Parallel Installation........................................................................................................ 26
7. Trouble Shooting Steps.................................................................................................. 31
7.1. Problem determination based on ................................................................................... 31
7.2. Preliminary determination steps.................................................................................... 31
7.3. The battery cannot be charged or discharged................................................................ 31
8. Storage, Transportation and Emergency Situations....................................................... 32
8.1. Storage........................................................................................................................... 32
8.2. Transportation ............................................................................................................... 32
8.3. Emergency Situations.................................................................................................... 32

Stack’d Series HOMEGRID Technical
Page 1 Chapter 1: Safety Precautions
1. Safety Precautions
It is very important to read the user manual carefully before installing or using battery. Failure
to do so or to follow any of the instructions or warnings in this document can result in electrical
shock, serious injury, or death. Installing the battery incorrectly can permanently damage
battery or rendering it inoperable.
1.1. General warnings
Any internal lithium ion cell material such as electrolyte or powder on the skin or
in the eyes must be flushed with plenty of clean water immediately. Then seek
medical assistance. Any material spilled on clothing should be rinsed out with
water
Explosion and fire hazard. Terminals of the Li-ion Battery are always alive;
therefore, do not place items or tools on the Li-ion Battery. Avoid short circuits, over
discharges and high charge currents. Use insulated tools. Do not wear any metallic
items such as watches, bracelets, etc. In case of fire; you must use a type D, foam or
CO2 fire extinguisher.
Do not open or dismantle the battery. Electrolyte is very corrosive. In normal
working conditions you will not have any contact with the electrolyte. If the
battery casing is damaged do not touch the exposed electrolyte or powder
because it is corrosive.
For more information about this product, please visit the official website:
http://www.homegridenergy.com
Work on a Li-ion Battery should be carried out by qualified personnel only.
While working on the Li-ion Battery wear protective eyeglasses and clothing.
Li-ion batteries are heavy. If involved in an traffic accident they can become
a projectile! Ensure adequate and secure mounting and always use suitable
handling equipment for transportation.
Handle with care because this lithium ion battery is sensitive to mechanical forces
Do not expose bare cables outs, all the battery terminals must be disconnected
Do not place in an area used by at a children or pets.
Do not use cleaning solvents to clean battery.
Do not expose battery to flammable or harsh chemicals or vapors.

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1.2. Charge and discharge warnings
If the battery is stored for long time, it is required to charge them every six months,
and the SOC should be no less than 90%.
Use only with BMS approved by the supplier.
If charged after the Lithium Battery was discharged below the “Discharge cut-off
voltage”, or when the Lithium Battery is damaged or overcharged, the Lithium
Battery can release a harmful mixture of gasses such as phosphate.
The temperature range for battery charging is0°C to 55°C. Charging the battery at
temperatures outside this range may cause severe damage to the battery or reduce
battery life expectancy.
The temperature range for battery discharging is -20°C to 55°C. Discharging the
battery at temperatures outside this range may cause severe damage to the battery or
reduce battery life expectancy.
Do not drop, deform, impact, or cut with a sharp object.
Do not power wash the battery or get wet. Direct sunlight must be avoided at
Do not use a damaged battery.
Please contact the supplier within 24 hours if there is something abnormal.
Do not paint any part of battery; include any internal or external components.
Battery needs to be recharged within 12 hours, after fully discharged.
Do not connect battery with PV solar wiring directly.
Do not place any foreign objects into any part of battery.
The warranty will be void for direct or indirect damage due to items above.

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1.3. Transportation warnings
NOTE ：
●Batteries are tested according to UN Handbook of Tests and Criteria, part III, sub section 38.3
(ST/SG/AC.10/11/Rev.5).
●For transport the batteries belong to the category UN3480, Class 9, Packaging Group II and have to be
transported according to this regulation. This means that for land and sea transport (ADR, RID & IMDG)
they have to be packed according to packaging instruction P903 and for air transport (IATA) according to
packaging instruction P965. The original packaging complies with these instructions.
1.4. Disposal of lithium batteries
1.5. Before Connecting
◆After unpacking, please check product and packing list first, if product is damaged or lack of
parts, please contact your distributor.
◆Before installation, be sure to turn off the grid power and make sure the battery is in off mode.
◆Wiring must be correct, do not reverse the positive and negative cables, also ensure no short
circuits with the external device.
◆DO NOT connect the battery and AC power directly.
◆The embedded BMS in the battery is designed for 48V DC, DO NOT connect battery in
series.
◆Battery system must be well grounded, and the resistance must be less than 1oumu;
◆Make sure the grounding connection set correctly before operation.
The battery must be transported in its original or equivalent package and in an upright
position. If the battery is in its package, use soft slings to avoid damage.
Do not stand below a battery when it is hoisted.
Never lift the battery at the terminals or the BMS communication cables, only lift the
battery at the handles.
Batteries marked with the recycling symbol must be processed via a recognized
recycling agency. By agreement, they may be returned to the manufacturer.
Batteries must not be mixed with domestic or industrial waste.
Do not throw a battery into fire.

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◆Please ensure the inverter and other equipment are compatible.
◆Keep the battery away from water and fire.
1.6. During Use
◆If the battery system needs to be moved or repaired, the power must be turned off on the
controller and each battery module is switched off.
◆DO NOT connect this battery with any different type or manufacturer of battery.
◆DO NOT connect the batteries with faulty or incompatible inverter.
◆DO NOT disassemble the battery.
◆In case of fire, only use dry powder fire extinguisher, liquid fire extinguishers are prohibi

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2. Introduction
The Stack’d Series lithium iron phosphate battery is an energy storage product developed and
produced by HOMEGRID, it can be used to support reliable power for various types of
equipment and systems. The Stack’d Series is especially suitable for applications of high power,
limited installation space, and restricted load-bearing and long cycle life.
The Stack’d Series has a built-in BMS battery management system, which can manage and
monitor cell’s information including voltage, current and temperature. The BMS can also help
extend the cycle life by balancing cells during charging and discharging.
Multiple battery stacks are allowed to be connected in parallel to expand capacity and power to
meet almost any requirement.
2.1. Lithium iron phosphate Battery
The lithium iron phosphate battery (LiFePO4 or LFP) is the safest lithium battery. A single LFP
cell has a nominal voltage of 3.2V. A 48V LFP battery consists of 15 cells connected in series.
LFP is the chemistry of choice for very demanding applications. Some of its features are:
◆Safety- LFP is the safest Li-Ion battery and does not propagate thermal run away.
◆High round trip efficiency.
◆High energy density - More capacity with less weight and volume.
◆High charge and discharge currents - Fast charge and discharges are possible.
◆Flexible charge voltages.
The lithium iron phosphate battery is therefore the chemistry of choice for a range of very
demanding applications.
2.2. Stack’d Series Features
◆The whole module is non-toxic, pollution-free and environment-friendly;
◆Cathode material is made from LiFePO4 for safety, performance, and long cycle life;
◆Battery management system (BMS) has many protection functions including over-discharge,
over-charge, over-current, and high/low temperature;
◆The system will automatically manage charge and discharge state and balance current and
voltage of each cell;
◆Flexible configuration, multiple battery modules can be internal for expanding voltage and
Capacity.
◆Adaptative self-cooling reduced system noise;
◆The module has low self-discharge, up to 6 months without charging, no memory effect,
excellent performance of low discharge;
◆Working temperature range is from -20℃to 55℃, (Charging 0℃~55℃; discharging -
20℃~55℃ ) with excellent discharge performance and cycle life;
◆Small volume, plug-in embedded design module, easy to install and maintain;

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2.3. Specifications
Figure2.3.1Overallsystemdiagram
No. Items Parameters
1 Model PF5-LFP***00-2A01
2 Main Controller Module HG-MC100-200M2
3 Battery Module Type HG-FS48100-15OSJ1
4 Battery Module Chemistry LiFePO4
5 Battery Module QTY 2 3 4 5 6 7 8
6 Nominal Capacity(Ah) 200 300 400 500 600 700 800
7 Nominal Energy(kWh)*** 9.60 14.4 19.2 24.0 28.8 33.6 38.4
8 Voltage
Nominal(V) 48.0
Recommend
Charging(V)
53.25
Max.Charging(V) 55.5
Discharge Cut-off(V) 40.5
9 Current
Max.Charging(A) 180 270 300 300 300 300 300
Max.Discharging(A)
180 270 300 300 300 300 300
Peak for 10s(A) 300 300 500 500 500 500 500
10 Weight (Approx.) 230lbs 325lbs 420lbs 515lbs 610lbs 705lbs 800lbs
11
Dimensions
(H*W=29”*D=15.75”)
24.2” 29.4 35.2” 41” 46.8” 52.6” 58.4”
12 Communication RS485, CAN
13 Cycle Life 6000 times@80%DOD
14 Designed Calendar Life ≥10 years
15 Safety Function
Over-charge, Over-discharge, Over-current, Low/High-temperature, Low-
voltage, Short-circuit Protections
16 Parallel Capability Maximum 15Stacks (Recommended 6 Stacks)

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2.4. Equipment Interface Instruction
Figure2.4.1Controllermodulepositive
No. Instructions NO. Instructions
1 Animated streamline 6 Battery state of health (SOH)
2 Discharge power 7 Numerical percentage
3 Charging power 8 Number of modules
4 Numerical information 9 Fault (error)
5 Battery state of charge (SOC) 10 Alarm (warning)
2 3 4 56
Figure2.4.2Controllermodulepositive
No. Instructions NO. Instructions
1
Power switch
4
Hardware version
2
Current voltage level
5
Energy throughput
3 Software version 6 Capacity of a new battery
910
1
2
3
4
5
6
7
8
1

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Figure2.4.3Interface definition of Controller module
No. Instructions No. Instructions
1 Inverter protocol dialing switch 9 Parallel communication port B
2 Imped. SET (Reserved) 10 Parallel communication port A
3 Address Dial Switch 11 Inverter CAN communication port
4 Dry Contact (Reserved) 12 Inverter RS485communication port
5 Inverter CAN/ RS485communication port 13 CAN upgrade communication port
6 Hall Current (Reserved) 14 RS232 communication interface
7 Reserved 15 Charge discharge negative electrode
8 Reserved 16 Charge discharge positive electrode
Power switch: turn on/off the input and output of the whole system.
Display screen: the interface can observe the operation status information SOC, SOH,
charging/discharging power, alarm fault indication, charging and discharging status, and system
status of the whole system.
Status code: The code will only be displayed on fault, during if the system is normal the code
will not be shown. The definition of alarm is shown in the table below：
1
4 7 8 9 10
2 3
5 6 11 12 13 14
15
16
Power switch
Display screen
Status code

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Numerical
value Alarm indication
Numerical
value Alarm indication
000 Normal 014 Charging circuit fault
002 Low voltage protection 015 Cell failure
003 Charging over current
protection 016 NTC failure
004 Discharge over current
protection 019 Communication interruption fault of external equipment
005 Short circuit protection 020 Internal equipment communication interruption
fault
006 Charging high temperature 022 Relay over temperature protection
007 High discharge temperature 023 Copper bus over temperature protection
008 Low charging temperature 025 Lost communication between screen and device
009 Low discharge temperature 051 Total pressure overcharge protection
011 High ambient temperature 052 Total pressure over discharge protection
012 Excessive differential
pressure 053 Low ambient temperature protection
013 Discharge circuit failure 054 MOS over temperature protection
NOTE:
●When the system is charged, the display streamline gathers in the middle, and when it is discharged, the
display streamline disperses to both sides
Dial switch: 6-digit dial switch, address "0" and "1", as shown in the figure.
After setting, you need to restart the system and activate it.
When the system groups are in parallel, the communication between two levels is needed. Both
master and slave packets need hardware address configuration, and the hardware address can
be set through the dial switch on the board. The definition of switch is shown in the table below.
Controller address dial switch

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Address
Coding
Dial Code Switch Position Definition
#1 #2 #3 #4 #5 #6
1 ON OFF OFF OFF NG NG
The host computer can monitor the operation of other
systems by setting the main package
2 OFF ON OFF OFF NG NG Set to Pack2
3 ON ON OFF OFF NG NG Set to Pack3
4 OFF OFF ON OFF NG NG Set to Pack4
5 ON OFF ON OFF NG NG Set to Pack 5
6 OFF ON ON OFF NG NG Set to Pack 6
7 ON ON ON OFF NG NG Set to Pack 7
8 OFF OFF OFF ON NG NG Set to Pack 8
9 ON OFF OFF ON NG NG Set to Pack 9
10 OFF ON OFF ON NG NG Set to Pack10
11 ON ON OFF ON NG NG Set to Pack 11
12 OFF OFF ON ON NG NG Set to Pack 12
13 ON OFF ON ON NG NG Set to Pack13
14 OFF ON ON ON NG NG Set to Pack 14
15 ON ON ON ON NG NG Set to Pack 15
ADD Switch:6 ADD switches,“0”and“1”,refer to picture right.
When the host is connected with the inverter, the host computer needs to
communicate. Hardware address configuration is required on the host, and the hardware
address can be set through the dial switch on the board.
1. Inverter protocol setting function of dial switch 0 ~ 28: The inverter communication
protocol can be changed directly by setting the dial switch, The definitions are shown in the
following table.
Address Coding Dial Code Switch Position Definition
#1 #2 #3 #4 #5 #6
0 OFF OFF OFF OFF OFF OFF Monitoring Software setting
mode
1 ON OFF OFF OFF OFF OFF ZRGP
2 OFF ON OFF OFF OFF OFF Studer_Xtender
3 ON ON OFF OFF OFF OFF Sofar_LV
4 OFF OFF ON OFF OFF OFF Solis_LV
Inverter protocol dialing switch

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Address Coding Dial Code Switch Position Definition
#1 #2 #3 #4 #5 #6
5 ON OFF ON OFF OFF OFF Goodwe_LV
6 OFF ON ON OFF OFF OFF Victron_color_control
7 ON ON ON OFF OFF OFF SMA_LV
8 OFF OFF OFF ON OFF OFF Sermatec_LV
9 ON OFF OFF ON OFF OFF Reserved
10 OFF ON OFF ON OFF OFF Growatt_SPF
11 ON ON OFF ON OFF OFF Li_PLUS
12 OFF OFF ON ON OFF OFF Schneider_Gateway
13 ON OFF ON ON OFF OFF Reserved
14 OFF ON ON ON OFF OFF Reserved
15 ON ON ON ON OFF OFF Reserved
16 OFF OFF OFF OFF ON OFF Reserved
17 ON OFF OFF OFF ON OFF SOL-ARK_LV
18 OFF ON OFF OFF ON OFF Growatt_SPH&SPA
19 ON ON OFF OFF ON OFF Reserved
20 OFF OFF ON OFF ON OFF Reserved
21 ON OFF ON OFF ON OFF Reserved
22 OFF ON ON OFF ON OFF Reserved
23 ON ON ON OFF ON OFF Reserved
24 OFF OFF OFF ON ON OFF Reserved
25 ON OFF OFF ON ON OFF Reserved
26 OFF ON OFF ON ON OFF Reserved
27 ON ON OFF ON ON OFF GreenCell
28 OFF OFF ON ON ON OFF Reserved
29 ON OFF ON ON ON OFF Must

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2. Automatic matching identification function of dial switches 50 ~ 63: this function can
automatically identify the inverter and set the protocol after it is turned on, Slave machines
module does not need to set the address and quantity. The main control performs automatic
identification and re matching. The definitions are shown in the following table.
Address Coding
Dial Code Switch Position
Definition
#1 #2 #3 #4 #5 #6
50 OFF ON OFF OFF ON ON
Reserved
51 ON ON OFF OFF ON ON
52 OFF OFF ON OFF ON ON
53 ON OFF ON OFF ON ON
54 OFF ON ON OFF ON ON
55 ON ON ON OFF ON ON
56 OFF OFF OFF ON ON ON
57 ON OFF OFF ON ON ON
58 OFF ON OFF ON ON ON
59 ON ON OFF ON ON ON
60 OFF OFF ON ON ON ON Reserved
61 ON OFF ON ON ON ON Reserved
62 OFF ON ON ON ON ON
Find address: used when more than one
system is connected
63 ON ON ON ON ON ON
Find the number of modules attached to
the system.
Inverter CAN/RS485 communication port: (3.81mm port) follows can protocol and
RS485protocol.Fortheoutputsysteminformation,the system master uses this interface to
communicate with External inverter PC and other equipment.
Portdefinitions RJ45Pin Function
123456
1
RS485-B
2 RS485-A
3
RS485-GND
4 CAN-L
5
CAN-H
6 CAN-GND
Inverter CAN/RS485 communication port

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RS232 communication port: (RJ45 port) comply with RS232 protocol (baud rate: 9600), for
manufacturers or professional engineers debugging or service.
Port definitions RJ11 Pin Function
1 NC (No connect)
2 NC (No connect)
3 RS232-GND
4 RS232-TX
5 RS232-RX
6 RS232-GND
7 NC (No connect)
8 NC (No connect)
COM communication port:(RJ45 port) Connect the monitoring host computer
Port definitions RJ45 Pin Function
1 RS485-B
2 RS485-A
3 CAN -GND
4 RS485-GND
5 RS485-GND
6 CAN -GND
7 CAN-L
8 CAN-H
Rear panelRS485 communication port: (RJ45 port) follows can protocol and RS485 protocol.
For the output system information, the system master uses this interface to communicate with
External inverter PC and other equipment.
Port definitions RJ45 Pin Function
1 RS485-B
2 RS485-A
3 RS485-GND
4 NC (No connect)
5 NC (No connect)
6 RS485-GND
7 RS485-A
8 RS485-B
RS232 communication port
COM communication port
Inverter RS485 communication port

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Rear panel CAN communication port: (RJ45 port) follows CAN protocol and RS485 protocol.
For the output system information, the system master uses this interface to communicate with
External inverter PC and other equipment.
Port definitions RJ45 Pin Function
1 CAN-H
2 CAN-L
3 CAN -GND
4 CAN-H
5 CAN-L
6 CAN -GND
7 CAN-H
8 CAN-L
Link A / B communication port:(RJ45 port) the definition of link a and B on the rear panel of
the interface main control module is the same. RS485 interface is used for parallel
communication between the main control modules, and up to 15 devices can be connected in
parallel.
Port definitions RJ45 Pin Function
1 RS485-B
2 RS485-A
3 RS485-GND
4 NC (No connect)
5 NC (No connect)
6 RS485-GND
7 RS485-A
8 RS485-B
Inverter CAN communication port
Rear panel Link A / Link B communication port

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Figure2.4.Batterymoduleinterfacedefinition
No. Instructions NO. Instructions
1 Address Dial Switch 2 RS232communicati on interface
3 Power switch
Power switch: turn on/ off the input and output of the whole battery module.
RS232communicationport: (RJ11 port) comply with RS232 protocol (baud rate: 9600), for
manufacturers or professional engineers debugging or service.
Port definitions RJ11 Pin Function
1 NC (NO CONNECT)
2 RS232-GND
3 RS232-TX
4 RS232-RX
5 RS232-GND
6 NC (NO CONNECT)
ADD Switch: 6 ADD switches,“0”and“1”,refer to the picture at the right.
The setting swill be active only after restart the module.
The top module needs to be “1” or the controller will not turn on.
Address
Coding
Dial Code Switch Position Definition
#1 #2 #3 #4 #5 #6
1 ON OFF OFF OFF OFF OFF Set to Module 1
2 OFF ON OFF OFF OFF OFF Set to Module 2
3 ON ON OFF OFF OFF OFF Set to Module 3
4 OFF OFF ON OFF OFF OFF Set to Module 4
1
2
3
Power switch
RS232 communication port
Address dial switch for modules

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5 ON OFF ON OFF OFF OFF Set to Module 5
6 OFF ON ON OFF OFF OFF Set to Module 6
7 ON ON ON OFF OFF OFF Set to Module 7
8 OFF OFF OFF ON OFF OFF Set to Module 8
Positive and negative connection: the battery modules are connected in
parallel through the connecting terminals, and finally the main control
module is connected in parallel. The power cable adopts waterproof
connector. When connecting the power plug, its corresponding interface must be aligned.
How to use the Monitoring Software Ems Tools
2.5. Monitoring Software Ems Tools connection
1) ConnecttheRS232interfaceofthebatterytothecomputerusingtheRS232communicationli
ne (this accessory is an optional accessory, need to be purchased separately from the
manufacturer).
2) Unzip the package file of the Monitoring Software Ems Tools in the same file
directory, pay attention to the directory do not store other files.
Figure3.1.1.UnzipofMonitoringSoftwareEms Tools
3) Open the Monitoring Software Ems tools icon, enter the protocol selection interface,
select the EMS Low Voltage Protocol version and enter the password (please contact the
manufacturer for the password) to log in the software.
Figure3.1.2.Protocolselectioninterface Figure3.1.3.Enterthepassword
Battery anode and Battery cathode

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4) Users can set different languages according to their own needs. We support four
languages, which are Simplified Chinese, English, Japanese and Spanish.
Figure3.1.4.MonitoringSoftwareEmslanguageselection
5) Select the serial port number in the EMS low voltage version of the Monitoring
Software EMS tool, and the default baud rate is 9600. Click the open com and monitor
open buttons.
Figure3.1.5.MonitoringSoftwareEmsserialportsettings
SeriesPort

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6) The corresponding functions can be selected through the navigation bar of the
Monitoring Software EMS.
Figure3.1.6.MonitoringSoftwareEmsdataacquisition
7) Cluster information operation information, you can select the corresponding
operation information through the navigate on bar. total of 15 clusters can be monitored.
Figure3.1.7.MonitoringSoftwareClusterdataacquisition
PasswordforParameterSetting
Navigationbar
Navigationbar