Energizer Homepower HP-6M Series User manual

OWNER'S MANUAL
HP-6M (Main Unit) HP-6S (Sub Unit)

Energizer Homepower HP-6Series
Energizer Homepower HP-6Series
© Energizer 2021V23-00211 V23-00211 © Energizer 2021
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Contact Information
Disclaimer
Warning: Read this entire document before installing or using the Energizer Homepower (HP-6M/HP-6S).
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, or can damage the product, potentially rendering it inoperable.
Environmental Protection
Copyright © 2021 Energizer.All rights reserved.
Table of Contents
1. Important Safety Instructions 4
2. Product Overview (Energizer Homepower HP-6 Series) 8
Energizer Homepower
Level 1,
12 Risley Street,
Richmond VIC 3121
Australia
[phone]
energizerhomepower.com
[e-mail]
For the latest Energizer Homepower documents, visit energizerhomepower.com
All other brand names are trademarks of their respective owners. Neither 8 Star Energy Pty Ltd nor Energizer
Brands, LLC is aliated with the respective owners of their trademarks.
To secure the full 10-year Product Warranty, Energizer Homepower HP-6 Series must be commissioned using
the Energizer Homepower Installer App and system must stay connected to the Energizer Homepower Cloud.
© 2021 Energizer. Energizer and certain graphic designs are trademarks of Energizer Brands, LLC and related
subsidiaries and are used under license by 8 Star Energy Pty Ltd.
Electronic device: Do not throw away. Electrical products should not be disposed of with household waste.
Proper disposal of batteries is required. Refer to your local codes for disposal requirements.
Electrical Specications 12
Standard Operation 13
Edge Lighting 13
Monitoring your system 15
Internet connection 16
3. Maintenance 18
Troubleshooting System faults 18
Step 1 - System Reboot 18
Step 2 - Shut Down Sequence (HP-6M/HP-6S) 20
Step 3 - Power On Sequence (HP-6M/HP-6S) 21
Step 4 - Technical Resolutions 21
4. Emergency Procedures 22
5. First Aid Measures 23
6. Safety Datasheet 24
7. Limited Warranty 33
8. I&C Checklist 37

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Energizer Homepower HP-6Series
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1. Important Safety Instructions
All installations must comply with local and national electrical standards. Read the entire document before
installing or using the Energizer Homepower HP-6 Series.Failure to follow any instructions or warnings in this
document may result in electrical shock, serious injury, and death or may damage the battery, potentially rendering
it inoperable. Failure to follow any instructions or warnings may void the Warranty.
Energizer Homepower HP-6 Series system installations must be carried out only by Energizer
Homepower Certied Installers, who have been trained to work with Low Voltage electricity, while
using Personal Protective Equipment (PPE) to handle the battery.
Symbol Used
DANGER: This indicates a hazardous situation, which if not avoided, could result in death
or serious injury.
WARNING: This indicates a situation where failure to follow instructions may be a safety hazard
or cause equipment malfunction. Use extreme caution and follow instructions carefully.
NOTE: This indicates an important step that leads to best results but is not safety or
damage related.
REFER TO OPERATING INSTRUCTIONS: This indicates that the user should refer to
operating or installation instructions before proceeding.
HOT SURFACE: This indicates that the surface may be hot, please beware.
CAUTION, RISK OF ELECTRIC SHOCK, ENERGY STORAGE TIMED DISCHARGE: Discharge
time is 5 minutes from de-energization.
EARTH: This indicates location of grounding point on the equipment.
LOCKING POINT: This indicates location of locking point on the equipment.
EUROPEAN CONFORMITY: This indicates that the product conforms to standards
within the European Union.
SAA: This indicates that the product is certied by SAA Approvals and conforms to standards in
regard to compliance with legal requirements for manufacturing and selling electrical products
within Australasia.
RCM: This indicates that the product is marked with the Regulatory Compliance Mark in
accordance with the requirements listed within the independent schemes.
TUV SUD: This indicates that the product has been tested and certied by TUV SUD.
Dangers
The Energizer Homepower HP-6 Series units are heavy objects, use of PPE and lift equipment is
recommended.
Do not use the Energizer Homepower HP-6 Series units if they are defective, appear cracked, broken,
or damaged in any sense.
A damaged Energizer Homepower HP-6 Series unit can present a real risk of re, electric shock, and
discomfort from vented gases. Observe necessary precautions.
Do not allow or place tools, metal parts or ammable/explosive items near the Energizer Homepower
HP-6 Series units.
This Owner’s Manual contains essential instructions that must be followed during operation and maintenance
of the Energizer Homepower HP-6 Series BESS (Battery Energy Storage System). To ensure safe installation and
operation, the Energizer Homepower HP-6 Series should only be installed by certied Energizer Homepower
Installers. Please note the following safety symbols that appear throughout this document that indicate dangerous
conditions, relevant warnings, and notes to facilitate best results.

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Always de-energise the AC branch circuit during an emergency and/or before servicing the
Energizer Homepower HP-6 Series system. Never disconnect the DC connectors under load.
Warnings
Definitions
Energizer Homepower HP-6 Series units can present a risk of high short-circuit current.
Observe the following precautions when operating the system:
• Remove watches, rings, or other metal objects.
• Use tools with insulated handles.
• Wear rubber gloves and boots.
When placing Energizer Homepower HP-6 Series units in storage, ensure that the battery
isolator is switched o.
During usage, always keep the Energizer Homepower HP-6 Series units in an upright position. Do
not impact, pull, drag, step, or apply strong force on the Energizer Homepower HP-6 Series units.
To help prevent damage, leave the Energizer Homepower HP-6 Series units in their original shipping
packaging, until they are ready to be installed.
Ensure the Energizer Homepower HP-6 Series system is installed only on a suitable wall, using the
wall-mount bracket included.
Do not use solvents and/or cleaning uids to clean the Energizer Homepower HP-6 Series units or
expose them to harsh chemicals or vapours.
Do not use any third-party accessories, uids, or paint to alter the internal or external components
including the exterior casing.
Do not sit on, step on, place objects on or insert objects into Energizer Homepower HP-6 Series
units. Please refrain from placing liquids or containers (with liquids) on top of the Energizer
Homepower HP-6 Series units.
Damage to the Energizer Homepower HP-6 Series units can occur from over-discharge. While in
storage, it is expected to discharge gradually. Ensure that the Energizer Homepower HP-6 Series
units are installed by the “Must Energize by Date” located on the packaging.
If an Energizer Homepower HP-6 Series unit needs to be replaced or removed, it must be turned o
as per the recommended shutdown procedure prior to removal.
Ensure the absence of any water sources above or near Energizer Homepower HP-6 Series units,
including sprinklers, water jets, garden hoses or faucets.
If the Energizer Homepower HP-6 Series units are being installed in a garage or near moving
vehicles, it is recommended to install the unit clear of the driving path and provide necessary
protection in the form of bollards.
SoC - State of Charge.
CT's - Current Transformer Sensors.
BMS - Battery Management System.
Generation - Refers to the electrical energy produced by your solar system.
Consumption - Refers to the electrical energy used within your household.
Do not attempt to open, disassemble, repair or tamper with the Energizer Homepower HP-6 Series
units, as doing so may result in damage to equipment and/or cause injury or death. Contact the
Energizer Homepower authorised reseller for any repairs.

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Energizer Homepower HP-6Series
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The Energizer Homepower HP-6 Series system can operate in 3 unique application modes: Automatic,
Semi-Automatic and Manual. Each mode follows a unique priority and can be customised to operate as per
site requirements.
1. Automatic Mode - is the default mode of operation. The system determines the energy supply requirement
with the priority: Site Loads > Battery Charge > Grid Export > Battery Discharge > Grid Import.
Fig. 1. Energizer Homepower HP-6M & HP-6S Units Fig. 2. Energizer Homepower HP-6 Series System Map
2. Product Overview (Energizer Homepower HP-6 Series)
The Energizer Homepower HP-6 Series is an AC coupled, lithium iron phosphate based Battery Energy Storage
System (BESS), designed to operate seamlessly with existing solar (PV) installations. It is easy to install and allows
a high degree of customisation to suit a variety of energy considerations. The Energizer Homepower HP-6 Series is
modular and consists of the Main Unit (HP-6M) and up to 3 optional Sub Units (HP-6S).
The Energizer Homepower HP-6 Series measures solar generation & energy consumption using its generation and
consumption CTs, and then utilises its intelligent algorithms to either charge or discharge its batteries to reduce
consumption from the grid and increase local energy usage. This improves overall energy eciency by aiding local
consumption of solar energy and reducing feed-in/export to the utility grid.
The operating sequence is as follows:
a. Solar generation supplies the connected loads.
b. When site loads are lower than solar generation, excess solar energy is diverted towards battery charging.
c. When site loads are lower than solar generation and battery is full (SoC 100%), the excess solar generation
is exported to the utility grid.
d. When site loads are greater than solar generation (or at night time), energy is primarily discharged from the
battery to supply the loads.
e. When the site loads are greater than the sum of solar generation and battery output, the balance is drawn
from the utility grid.
String Inverter
DC to AC
UTILITY
METER

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Energizer Homepower HP-6Series
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2. Semi-Automatic Mode - is an optional mode. The system allows for a certain percentage of the solar
generation to be reserved towards battery charging and/or export to grid. The system determines the energy
supply requirement with the priority: Site Loads > Battery Charge (& Grid Export) > Grid Export > Battery
Discharge > Grid Import. The operating sequence is as follows:
a. Solar generation is mainly utilised to supply the connected loads.
b. When site loads are lower than solar generation, excess solar energy is divided between battery charging
and/or export to utility grid. E.g. if PV Charge % is set to 70%, then 70% of solar generation is used to
charge the battery, whereas the remaining 30% is exported to the utility grid.
c. When site loads are lower than solar generation and battery is full (SoC 100%), the excess solar generation
is exported to the utility grid.
d. When site loads are greater than solar generation (or at night time), energy is primarily discharged from
the battery to supply these loads.
e. When the site loads are greater than both solar generation and/or battery discharge combined, the
balance is drawn from the utility grid.
3. Manual Mode - is also an optional mode. The system allows for electricity tari arbitrage by customising
battery charge and discharge functions. The battery can be charged on-demand using either solar or utility
grid energy and can be discharged on-demand towards site loads. The entire schedule can be congured on
Energizer Homepower Cloud.
3.1. Maximum State of Charge - This setting is found on the Application
Mode window within customer app/portal. It limits the maximum
SOC capacity that the grid can charge the battery to. E.g. If set to
80%, then the grid can be used to charge until SOC hits 80%. Above
this SOC level, the grid will not be used to charge the battery.
3.2. Blank windows of time - When there are no instructions for the
Scheduler entered for a window of time then the unit will revert to
Automatic Mode until it reaches a window of time with instructions.
a. Automatic mode logic:
Site Loads > Battery Charge > Grid Export > Battery Discharge >
Grid Import.
3.3. Percentages - Within the Scheduler, you will need to input a
percentage for the instruction you want the Plant to follow.
a. This value is the percentage of the maximum inverter
capacity (3600W). E.g. For grid charge, if you input 60% then
only 2160W (~60% of 3600W) will be used to charge the battery
from the grid.
3.4. Grid Charge - Species when to use the grid to charge the battery. If left unticked, Energizer Homepower
will not charge from the grid.
a. E.g. 20% @ 5am - 7am - Following this instruction, the battery will charge from the grid at 720W
between the times of 5am and 7am.
Fig. 3. Homepower Scheduler
3.5. PV Charge - Limits the amount of solar generation used to charge the battery (e.g. 50% @ 10am - 12pm).
a. E.g. 50% @ 10am - 12pm - With these instructions, during 5pm - 9pm, only 2160W will be available
for use from the battery. If any additional power is required, it will be drawn from the grid.
3.6. Discharge to loads - Restricts how much energy is drawn from the battery during times when site loads
are greater than solar generation. Usually, early mornings and in the evenings.
a. E.g. 60% @ 5pm - 9pm - With these instructions, during 5pm - 9pm, only 2160W will be available for
use from the battery. If any additional power is required, it will be drawn from the grid.
When used: Designate when to charge the battery, normally during o peak periods.
This allows customers to reduce the need to consume grid power during peak periods.
When used: Generally used to exempt scheduled periods of time from using the battery
or ensure availability of battery power by minimising consumption throughout the day.
E.g. When heat pumps are scheduled to be on during o peak periods.
When used: Generally used to exempt scheduled periods of time from using the battery
or ensure availability of battery power by minimising consumption throughout the day.
E.g. When heat pumps are scheduled to be on during o peak periods.

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Energizer Homepower HP-6Series
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Electrical Specifications
The Energizer Homepower HP-6 Series system can intelligently control the charge and discharge based on several
parameters including connected loads, solar generation, and external environmental conditions. It is sensitive
to the temperature variations & may limit charge or discharge based on internal cell temperature. Therefore, it is
recommended to avoid installations in locations that may be directly exposed to sunlight for prolonged periods of
time, and/or locations with sustained high or low temperatures. The Energizer Homepower HP-6 Series units are
designed to operate optimally in an average ambient temperature range between 0 °C to 30 °C.
Homepower Series HP-6M HP-6M/1S HP-6M/2S HP-6M/3S HP-6S3
Rated Energy1(kWh) 6.14 12.28 18.42 24.56 6.14
Usable Capacity2(kWh) 5.8 11.6 17.4 23.2 5.8
Dimensions
(H/W/D; mm) 1244/420/183 1244/646/183 1244/872/183 1244/1098/183 1244/222/183
Weight (kg): 98.5 168.5 238.5 308.5 70.0
Ingress Protection IP65
OTR4(Operating
Temperature Range)
Charge: 0 to 45 °C,
Discharge: -20 to 50 °C
Recommended OTR 0 to 30 °C
Protection Class Class I
Operating Altitude Range <2000 m
Operating Humidity (RH) 0 - 95%
Mains Connection Single-phase, L/N/PE
Inverter
Nominal Output Voltage (V) 230 V a.c.
Nominal AC Frequency (Hz) 50 Hz (Self-Adapting)
PF Range 1 (adj 0.8 leading - 0.8 lagging)
Nominal Power (W) 3600 W
Nominal AC Current (A) 16 A
Cooling Natural Convection
1Rated Energy is determined as per battery standard IEC 62619:2017.
2Usable Capacity is calculated as 95% of Rated Energy.
3HP-6S unit is considered a sub-system of the Main Unit (HP-6M) and is never installed in a stand-alone manner.
4Performance de-rating expected in extreme ambient temperature.
Table 1. Technical Specications (HP-6 Series)
Table 1. Technical Specications (HP-6 Series)
Edge Lighting
Standard Operation
Battery
Battery Type LFP (Lithium Iron Phosphate)
Rated Capacity5120 Ah 240 Ah 360 Ah 480 Ah 120 Ah
Nominal Voltage 51.2 V d.c.
Max Current 71 A d.c.(charge/discharge)
Additional Features
Supported Communication
Interfaces 2.4G Wi-Fi, Ethernet, Cellular/4G (to Cloud)
Monitoring Energizer Homepower Monitoring (App & Web platform)
5Rated Capacity is determined as per battery standard IEC 62619:2017.
Homepower Series HP-6M HP-6M/1S HP-6M/2S HP-6M/3S HP-6S
The Edge Lighting is designed to convey at-a-glance
information about system operating states such as
Normal, Stand-by and Fault.
The Energizer Homepower HP-6 Series system is designed for both indoor & outdoor installations and can be
monitored using a variety of interfaces including Edge Lighting, an LCD panel, the Energizer Homepower App
and Customer Portal.
Fig. 4. Energizer Homepower HP-6 Series Edge Lighting

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Fig. 5. HP-6M Installer Access Panel & LCD Panel
Owners can also access the LCD panel by raising the HP-6M’s Magna-Flap. The display provides real-time
information of solar generation, energy consumption from house and backup (UPS) loads, feed-in (export)
and battery State-of-Charge (SoC).
Table 2. Edge Lighting Sequence - Explanation
Operating
State Sequence Description
Normal
Breathing The Edge Lighting mimics a
breathing function when the
system is charging, discharging
or in stand-by. The brightness
varies between 20-80%.
Fault
Flashing
Fault is indicated by a sequence
of 3 ashes (duration 0.5s).
repeating every 8s.
Low SoC
(State of
Charge)
10% > SoC > 5% When the system is in Standby
mode and SoC is between
5% and 10%, there is a ash
(duration 0.2s) every 2 mins.
SoC < 5%
OFF
When the system is in Standby
mode and SoC is lower than 5%,
the edge lighting remains o to
conserve energy.
1. 4G/LTE
The HP-6M supports only one method of communication at any one time, ensure that an
appropriate method is selected (either 4G/LTE, Wi-Fi, or Ethernet) depending on the site conditions.
In areas or regions with weak 4G/LTE signal, CAT-5E cables (or Ethernet) can be used to
connect the HP-6 system to a Wi-Fi router.
2. Ethernet 3. 2.4G Wi-Fi
Monitoring your system
You can monitor your Energizer Homepower HP-6 Series system using the Energizer Homepower App
or Customer Portal to provide an overview of the system, including SoC, real-time/historical energy
consumption and solar generation amongst many other useful features. The latest version of the App &
Customer Portal can be accessed at energizerhomepower.com.
The Energizer Homepower HP-6 Series uses an integrated communications module that supports 2.4G
Wi-Fi, 4G (LTE) and/or Ethernet for internet connectivity and communication with the Energizer Homepower
Cloud. It is essential to connect the HP-6 Series system to the Energizer Homepower Cloud to enable real-
time monitoring and remote device troubleshooting. When selecting the method of communication, it is
recommended to follow the order of preference where available:

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Internet Connection
Step 1. Tap on the menu button, select “Settings”.
Step 2. Tap on the “Network Conguration” option to change network settings, the app will pull the
In the event your Energizer Homepower gets disconnected from the internet, you shall be notied by email.
You will also nd a notication within the Energizer Homepower App and within the Customer Portal that the
internet is disconnected.
Step 3. On the next screen you will be able to change your connection settings by tapping on “Change
If connection is via Ethernet (data cable from router to unit) then please check the connection of the
cables on the router to make sure it is plugged in correctly. If you are unable to get your system to
reconnect, please contact your reseller.
If your unit is usually connected via 4G and has lost connection, please contact your reseller.
Disconnection is most common in Wi-Fi congurations due to network or password changes or the
router being placed in a new location that is out of the systems range. If the router has been moved,
try moving it closer to the Energizer Homepower unit and wait a few minutes to see if the system picks
up the signal. If the network name or password has been changed, please follow the steps below to
help recongure the connection.
This process can be done through a smart phone, tablet or computer, and the steps are the same no matter
which device you choose use to reconnect your Energizer Homepower to the internet.
current conguration and status of the unit if using the iOS app.
Connection Settings”.
Step 4. Tap on “Connect Via Bluetooth”, ensuring you are within 3 metres of the unit. Your phone will
scan for your Energizer Homepower Unit. Select your device and tap “Next”.
Fig. 7. Connect to Homepower Fig. 8. Connection StatusFig. 6. Network Issue
Note: a warning will pop up if a weak network is selected, signal
strenth must be higher than 2 bars, if it’s not, you may need to
install an extender or opt for ethernet connection.
Note: in this screen you can change the connection type to 4G,
Ethernet and Wi-FI. (Failover and priority options also available).
Step 5. Once connected, tap on “Change Connection Settings”. If selecting Wi-Fi,
tick the Wi-Fi box and tap “Next”.
Step 6. Local networks will appear, select your Wi-Fi network, select your network and tap “Connect”.
Step 7. Enter the network password and tap “Continue”.
Step 8. You will receive a prompt conrming your Energizer Homepower is attempting to reconnect to the network.
Step 9. Wait a few minutes and the network error icons will disappear and Net Status will change to “Online”.
Network Configuration
Done
uccessfully c onnected
to the cloud via WIFI
Fig. 9. Change Connection Settings

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Energizer Homepower HP-6Series
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Step 1 - System Reboot
Fig. 10. System Reboot (Energizer Homepower App)
If you are unable to resolve the system fault(s) via the Energizer Homepower App, then you may be required to
reboot the unit in consultation with your system provider. In this case, navigate within the Energizer Homepower
App to Settings and select Reboot as shown below:
The system reboot function shall then appear with a Status Bar, indicating when the operation is complete.
3. Maintenance
Troubleshooting System faults
The Energizer Homepower HP-6 Series does not require any routine maintenance from the end user. For
accumulation of dirt, dust, or debris, please ensure the product frame is cleaned using a soft dry cloth. The
Energizer Homepower HP-6M has vents located on the top, left and right-hand side of the unit for natural
convection, and these must be kept free of objects and/or obstructions.
When normal system operation is interrupted, the Edge Lighting will display the respective operating state i.e., fault,
as described in Table 2 (on page 13). If this is the case, refer to the Energizer Homepower App or Customer Portal
to identify the system issue and resolve fault.
If you have experienced a blackout during operation, the loads connected on the Backup side must be reduced and
Circuit Breakers must be checked (for trips) within the switchboard.
If you are unable to view the system using the Energizer Homepower App or Customer Portal,
ensure the system is connected to the internet and contact your system provider.
Do not use any third-party accessories, uids, or paint to alter the internal or external components
including the exterior casing.
Incorrect operation may damage the Energizer Homepower HP-6 Series system. Do not reboot
the device without specic instructions or technical advice from your system provider.
If you are using the Energizer Homepower Customer Portal, the same operation can be performed here. You would
rst need to login to your account at portal.energizerhomepower.com, navigate to Settings and select Reboot. The
function shall then appear with a Status Bar, indicating when the operation is complete.
Fig. 11. System Reboot (Customer Portal)
Fig. 12. System Reboot (Customer Portal) Fig. 13. Reboot Status (Customer Portal)

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Step 2 – Shut Down Sequence (HP-6M/HP-6S)
In order to power o the Energizer Homepower HP-6 Series system completely, you will be required to follow
the procedure listed below, in conjunction with the technical advice received from your system provider.
Energizer Homepower HP-6 Series are not user serviceable and repairs must not be carried out by
system owners. Do not open the Installer Access Panel inside either the Main Unit or Sub Unit as
exposed wiring can present a risk of electrical shock.
Fig. 14. HP-6M Magna-Flap & Installer Access Panel
Fig. 15. HP-6S Magna-Flap & Installer Access Panel
1. If Backup/UPS loads are connected, turn o respective AC Isolators.
a. If applicable, turn o any AC Isolators connected on the backup side.
2. Turn o the Main AC Isolator, connected to the Energizer Homepower HP-6 Series system.
a. If applicable, turn o any AC Isolators connected on the grid side.
3. Turn o the Battery Isolators on all connected units as described below:
a. Lift the Magna-Flap on the HP-6M as shown in Fig. 14. to uncover the Installer Access Panel, housing
the Battery Isolator and the LCD.
b. If HP-6S unit(s) are installed, lift the Magna-Flap to uncover the Installer Access Panel, housing the
Battery Isolator.
Note: On the Battery Isolator, Red indicates ON and Green indicates OFF.
c. The Magna-Flaps on the HP-6M (and HP-6S) units shall magnetically attach to the metal casing/body
of the unit directly above.
4. Press and hold the ON/OFF Switch on the HP-6M, until a long buzzer noise is heard. Repeat the same for all
connected HP-6S unit(s). At this stage, you have powered o the Energizer Homepower HP-6 Series systems.
DANGER! Please do not attempt to disassemble the HP-6M or HP-6S in any way, as it
may cause damage to the product. Unsolicited disassembly shall void any applicable
manufacturer (or performance) Warranty.
The recommended sequence for turning on the Battery Isolators is HP-6M rst,
followed by the adjacent HP-6S units.
Wait at least ve minutes for the system to completely de-energize.
5. Return the Magna-Flaps to their original position on the HP-6M and all connected HP-6S units.
Step 3 – Power On Sequence (HP-6M/HP-6S)
In order to power on the Energizer Homepower HP-6 Series system, you will be required to follow the procedure
listed below:
Step 4 - Technical Resolutions
If the system fault remains, rst attempt to connect your system to the internet and ensure you have all relevant
information pertaining to the fault, such as system serial number, contact information and a general description
of the issue prior to contacting your system provider.
The recommended sequence for turning on the Battery Isolators is HP-6M rst,
followed by the adjacent HP-6S units.
1. Press and hold the ON/OFF Switch on the HP-6M, until a short buzzer noise is heard in conjunction
with a icker of the Edge Lighting. Repeat the same for all connected HP-6S units. At this stage, you
have powered on the Energizer Homepower HP-6 Series system.
2. Turn on the Battery Isolators on the HP-6M and all connected HP-6S units.
3. Turn on the Main AC Isolator connected to the Energizer Homepower HP-6 Series system.
a. If applicable, turn on any AC Isolators.
4. Return the Magna-Flaps to their original position on HP-6M (& all connected HP-6S) units.
5. If Backup/UPS loads are connected, turn on respective AC Isolators.
a. Turn on any AC Isolators if applicable.
6. The system shall turn ON and resume normal operation now.

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DANGER! Do not perform the suggested actions listed below unless it is safe to do so.
4. Emergency Procedures
The Energizer Homepower HP-6 Series has a lithium ion battery that contains several chemicals and organic
electrolytes, which are hermetically sealed within a metal enclosure. There is no risk of chemical exposure
under routine use of the unit’s specic application. In case of an emergency, where there is a genuine threat
to health or safety, contact emergency personnel or re response teams immediately and present the Safety
Datasheet (SDS).
In case of a re:
• Inform all aected people e.g., family, neighbours etc of the issue and evacuate the area.
• Turn o the AC Isolators connected to the HP-6M unit within the switchboard.
• Use dry chemical (ABC), carbon dioxide or alcohol resistant foam extinguishers.
• Do not use water jets or streams, as it may scatter or spread chemicals.
In case of smoke or related smells:
• Turn o all Battery Isolators on HP-6M and associated HP-6S units.
• Turn o the AC Isolators connected to the HP-6M unit within the switchboard.
• Ventilate the location of the Energizer Homepower unit(s).
• If smell persists, contact your Energizer Homepower reseller.
In case of water leakage and/or ooding:
• Inspect from a safe distance to ensure that the Energizer Homepower HP-6 Series system and/or associated
electrical equipment are not submerged. Ensure to stay out of water surrounding the system.
• If safe to approach, turn o the AC Isolators connected to the HP-6M unit within the switchboard.
• Stop the source of water leakage, by redirecting ow and/or contacting plumbing services.
• In case the unit is submerged, do not approach until water level has receded and capture images of damage.
• Contact your Energizer Homepower authorised reseller for further troubleshooting and/or safe product
recovery procedures.
DANGER! Do not turn on the system prior to receiving technical advice and/or
without the written consent of your Energizer Homepower Certied Distributor.
5. First Aid Measures
• Present the Safety Data Sheet (SDS) to the medical professional in attendance.
• Eyes - ush eyes with water for at least 15 minutes, occasionally lifting the upper & lower eyelids. Seek
medical attention if eye irritation persists.
• Skin - remove contaminated clothes and rinse skin with plenty of water or shower for 15 minutes. Seek
medical attention if skin irritation persists.
• Ingestion - do not induce vomiting or place anything into the mouth of an unconscious person. For advice,
contact a Poison Information Centre on 13 11 26 (Australia wide) or a doctor at once.
• Inhalation - evacuate the aected from the hazardous area and allow them to rest in a position comfortable
for breathing with access to fresh air.
• Adverse eects not expected to occur from this product. Long term exposure may cause substance
accumulation and/or irritation.
• Medical attention - treat symptomatically. If symptoms persist, get medical aid by calling a physician for
appropriate medical advice.
If the battery is physically damaged & results in battery leakage, the following measures must be taken to reduce
the impact of the exposure. Any accidental exposure to the electrolytes or chemicals must be treated immediately
with rst aid.

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6. Safety Datasheet
1.2. Product Use:
1. Product Name & Identication
1.2.1. Identied Uses: intended to be used as an AC coupled Battery Energy Storage System.
1.2.2. Use Restrictions: operate the battery under the following conditions:
• Temperature Range: -20°C to 50°C (Operating Temperature).
• Store batteries preferably in a cool, dry, and ventilated area that is subject to minimal
variations in ambient temperature. Storage at high temperatures should be avoided. Storage of
batteries for periods exceeding 6 months without charging, can lead to battery decay and fall in
the life cycle. Do not place batteries near heat sources such as furnaces.
1.1. Product Identier:
1.1.1. Product Name: Energizer Homepower HP-6 Series.
1.1.2. Models: HP-6M, HP-6S, HP-6M/1S, HP-6M/2S and HP-6M/3S.
1.1.3. Other Means of Identication:
• Energizer Lithium Iron Phosphate (LiFePO4) BESS.
• Rechargeable Li-ion Battery Energy Storage System.
• Rechargeable Li-ion Battery.
• UN 3480 - Lithium Ion Batteries.
1.1.4. Product Description: The Energizer Homepower HP-6 Series consists of the Main Unit
1.3. Details of the Importer of the Safety Data Sheet:
Entel Holdings ANZ Pty. Ltd.
Level 1, 12 Risley Street,
Richmond VIC 3121
AUSTRALIA
[phone]
Website: energizerhomepower.com
Email: [e-mail]
1.4. Emergency Telephone Number (24hrs):
O: [phone]
M: [phone]
(HP-6M) & the Sub Unit (HP-6S), each containing 16 Lithium Iron Phosphate cells, a Battery
Management System (BMS) and other associated Electronics.
2. Hazard Identication
The battery cell is contained in a hermetically sealed metal case, designed to withstand temperatures and
pressures encountered under routine use for the unit’s specic applications. As a result, under normal operation
there is no physical danger of ignition or explosion and/or chemical danger of exposure to hazardous materials.
The risk of exposure only occurs if the product is electrically, thermally (exposed to re) or mechanically (severe
shocks) abused. As a result, if the sealed metal case is breached, exposure to hazardous chemicals may occur by
eye contact, skin contact and ingestion.
EXEMPT FROM CLASSIFICATION ACCORDING TO AUSTRALIAN WHS REGULATIONS.
Further, this product meets the denition of an ‘Article’. Under the Globally Harmonized System of
Classication and Labelling of Chemicals (GHS), 'Articles' as dened in the Hazard Communication
Standard (29 CFR 1910.1200) of the Occupational Safety & Health Administration (USA), or by similar
denition, are outside the scope of the system. [Rev 7 (2017) Part 1.3.2.1.1]
2.1. Hazard Classication
3. Composition/Information on Ingredients
Chemical Name CAS # EC No. Weight (%)
Phosphoric Acid, Iron (2+), Lithium Salt (1:1:1) 15365-14-7 476-700-9 N/A
Aluminium 7429-90-5 231-072-3 N/A
Graphite 7782-42-5 231-955-3 N/A
Copper 7440-50-8 231-159-6 N/A
Polyethylene 9002-88-4 200-815-3 N/A
Phosphate (1-), Hexauoro-, Lithium 21324-40-3 244-334-7 N/A
2.2. GHS Label Elements: no labelling applicable.
2.3. Hazard Statement: no additional information available.
2.4. Precautionary Statement: no additional information available.
2.5. Hazards not covered by GHS: no data available.
3..1. Substances/Mixtures:
4. First Aid Measures
The Energizer Homepower HP-6 Series has a lithium ion battery that contains several chemicals and organic
electrolytes, which are contained within a sealed metal enclosure. There is no risk of chemical exposure under
routine use of the unit’s specic application. Any accidental exposure to the electrolytes or chemicals must be
treated immediately with First Aid. If the battery is physically damaged & results in battery leakage, the following
measures must be taken to reduce the impact of the exposure.
4.1. Description of First Aid Measures
4.1.1. General Advice:
• Present this Safety Data Sheet to the Medical Professional in attendance.
• Eyes: ush eyes with water for at least 15 minutes, occasionally lifting the upper & lower
eyelids. Seek medical attention if eye irritation persists.
• Skin: remove contaminated clothes and rinse skin with plenty of water or shower for 15
minutes. Seek medical attention if skin irritation persists.
• Ingestion: do not induce vomiting or place anything into the mouth of an unconscious
person. For advice, contact a Poison Information Centre on 13 11 26 (Australia wide) or a
doctor at once.
• Inhalation: evacuate the aected from the hazardous area and allow them to rest in a
position comfortable for breathing with access to fresh air.

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4.1.2. Most Important Symptoms Caused by Exposure:
• Adverse eects not expected to occur from this product. Long term exposure may cause
substance accumulation and/or irritation.
4.1.3. Medical Attention - treat symptomatically. If symptoms persist, get medical aid by calling a
physician for appropriate medical advice.
5. Fire-Fighting Measures
5.1. Hazard Classication:
• Wear full personal protective equipment including self-contained breathing apparatus (SCBA)
when combating re.
• Remain upwind and notify those downwind of hazard to evacuate area, as toxic gases may be
evolved in a re.
6. Accidental Release Measures
6.1. Personal Precautions, Protective Equipment and Emergency Procedures:
6.2. Environmental Precautions:
• Suitable: dry chemical, carbon dioxide, or alcohol-resistant foam extinguishers.
• Unsuitable: do not use water jets/streams, as it may scatter or spread chemicals.
5.2. Specic Hazards:
• Lithium Iron Phosphate batteries contain ammable liquid electrolyte that may vent, ignite &
generate vapours when subjected to excessive heat.
• There are unusual re and explosion hazards associated with the batteries.
• There are several hazardous products that could be emitted as result of combustion such as carbon
monoxide, carbon dioxide & lithium oxide fumes.
5.3. Special Protective Actions for Fire Fighters:
• Evacuate personnel to a safe area until fumes dissipate.
• Eliminate all ignition sources (no smoking, sparks, ames, hot equipment) in the immediate area
around the spill.
• Provide maximum ventilation to clear out hazardous gases.
• Do not touch or walk through spilled material.
• Avoid any skin and eye contact or inhalation of vapours.
• Absorb spilled material with non-combustible, non-reactive absorbent.
• Prevent from leaking of the spilled material into the sewers, earth & natural waterways.
6.3. Environmental Precautions:
• Clean any residual electrolyte and liquid using non-combustible, non-reactive absorbent or
sand. Ensure that clean-up procedure does not expose the spilled material to the moisture.
• Containerize and place all leaking batteries in individual containers that are leak-proof,
non-conductive, non-combustible & have absorbent.
• Refer to your local and federal regulations to identify the appropriate method of clean-up
and disposal.
6.4. Waste Disposal Method:
• It is recommended to discharge the batteries entirely and handing over the abandoned batteries
to the appropriate hazardous chemical disposal authority.
• Dispose of the batteries in accordance with the approved Local, State & Federal requirements.
• Consult State Environmental Protection agency and/or Federal EPA when necessary.
7. Handling & Storage
7.1. Precautions for Safe Handling:
• The batteries should not be opened, destroyed, or incinerated, as they are susceptible to leak
or rupture, and subsequently could release harmful chemicals into the environment.
• Do not short circuit terminals, or overcharge the battery, force over-discharge, or throw
batteries into the re.
• Do not crush or puncture the battery or immerse in liquids.
• Avoid mechanical or electrical abuse of batteries.
• Ensure that batteries are stored in a cool, dry, and ventilated area, that is subject to minimal
temperature variation.
• Storage at high temperatures should be avoided to increase the longevity of the battery cells.
• Batteries must not be placed near heating equipment, nor be exposed to direct sunlight for
long periods.
7.2. Other Precautions:
7.3. Conditions for Safe Storage:
• Batteries may explode or cause burns if disassembled, crushed, or exposed to re or
high temperatures.
• Do not short or install with incorrect polarity.
• Store indoors and on suitable pallets to enable easy inspection of damage.
• Ensure the items do not encounter water splashes or direct salt breeze.
• Store away from all heat sources such as furnaces, open ames, etc.
• Store in controlled environments where the temperature is maintained within the following range:
-20 °C to 45 °C.
• Do not store unboxed items in areas with a source of spark generation (within 30 cm), in direct
sunlight, in direct exposure to exhaust gases, such as those from automobiles or in places with
continuous or intermittent vibration.

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8.1.2. Biological Limit Values: no information available
8.1.3. Monitoring Methods
• EN 1402 Workplace Atmospheres – guide for the application and use of procedures
for the assessment of exposure to chemical and biological agents.
• GBZ/T 160.1 ~ GBZ/T 160.81-2004 Determination of toxic substances in workplace
air (Series standard).
8. Exposure Controls & Personal Protection
8.1. Control Parameters
8.1.1. Occupational Exposure Limit Values:
Component Country/Region
Limit Value
Eight Hours Short Term
ppm mg/m3 ppm mg/m3
Aluminium
7429-90-5
USA (OSHA)
South Korea
Ireland
Germany (DFG)
Denmark
Australia (SWA)
-
-
-
-
-
-
15
10
1
4
5
10
-
-
-
-
-
-
-
-
-
-
10
-
Graphite
7782-42-5
USA (OSHA)
South Korea
Ireland
Germany (DFG)
Denmark
Australia (SWA)
-
-
-
-
-
-
15
2
10
4
2.5
3 (4)
-
-
-
-
-
-
-
-
-
-
5
-
Copper
7440-50-8
Netherlands
Poland
Latvia
Germany (DFG)
-
-
-
-
0.1
0.2
0.5
0.01
-
-
-
-
-
-
1
0.02
Component Source Biological
Monitoring Index
Biological Limits
Value Sampling Time Remark
Phosphate (1-),
hexauoro-,
Lithium
SCOEL (EU) Fluoride in Urine 8mg/L End of shift -
8.2. Exposure Controls
8.2.1. Engineering Controls
• Ensure adequate ventilation, especially in conned areas.
• Ensure that eyewash stations and safety showers are close to the workstation.
• Use explosion-proof electrical/ventilating/lighting/equipment.
• Setup emergency exit and necessary risk-elimination area.
10. Stability & Reactivity
9. Physical and Chemical Properties
8.3. Personal Protective Equipment
8.3.1. Eye Protection: well tted Safety Glasses (worn under shield), as approved by EN 166 (EU)
10.1. Chemical Stability: stable under proper operation & storage conditions.
10.2. Reactivity: contact with incompatible substances can cause decomposition or other
9.1. Appearance: lithium ion batteries enclosed within protective metal case.
9.2. Nominal Voltage: 51.2V.
9.3. Rated Capacity: 120Ah.
9.4. Odour: no information available.
9.5. Melting Point or Freezing Point (°C): no information available.
9.6. Flammability: no information available.
9.7. pH: no information available.
9.8. Evaporation rate: no information available.
or NIOSH (US).
8.3.2. Hand Protection: leather and voltage rated gloves in accordance with EN 374 (EU),
US F739 or AS/NZS 2161.1.
8.3.3. Respiratory Protection: airborne exposure to hazardous substances in the electrolyte is not
expected when the cells of batteries are used for their intended purposes. In case of battery
venting or if exposure limits are exceeded, use a full-face respirator type AXBEK (EN 14387).
8.3.4. Skin and Body Protection: arc-rated long sleeve shirt, arc-rated pants or overalls, arc-rated
face shield with hard-hat, hearing protection and leather work shoes, in accordance with
AS/NZS 5139.
chemical reactions.
10.3. Possibility of Hazardous Reactions: exposed ultra-ne powder may self-ignite in room-temperature.
Mixtures with metallic acetylene, when heated, cause a re or incandescence. Reacts severely
with halogens, interhalogen or other strong oxidants.
10.4. Conditions to Avoid: avoid exposure to heat and open ame, heating, mechanical (mutilation,
crushing and disassembly) and electrical (short circuit) abuse.
10.5. Materials to Avoid: oxidants, halogen, interhalogen and mercury, metal acetylide, halogen oxides,
nitric acid, nitrous oxide, nitrates, nitrites, halogen oxyacid salts, chromates, permanganates,
inorganic peroxides, metal oxides, peroxyboric acid, water, corrosives, acids and alkalis.
10.6. Hazardous Decomposition Products: under normal conditions of operation and storage, no
hazardous decomposition products are produced.

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• Acute Toxicity: no specic data exists for this product. Batteries are contained in a hermetically
sealed metal case that contain several chemicals, which may be hazardous upon release. Exposure
unlikely to occur with normal operation, however in such a case contents may be harmful.
• Carcinogenicity:
ID CAS No. Component IARC NTP
1 15365-14-7 Phosphoric Acid, Iron (2+), Lithium Salt Not Listed Not Listed
2 7429-90-5 Aluminium Not Listed Not Listed
3 7782-42-5 Graphite Not Listed Not Listed
4 7440-50-8 Copper Not Listed Not Listed
5 9002-88-4 Polyethylene Category 3 Not Listed
6 21324-40-3 Phosphate (1-), Hexauoro-, Lithium Not Listed Not Listed
ID CAS No. Component Fish Crustaceans Algae
1 7429-90-5 Aluminium LC50: 1.55 mg/L (96h)
(Fish)
No information
available
No information
available
2 7440-50-8 Copper LC50: 0.665 mg/L (96h)
(Fish) EC50: 0.02 mg/L (48h) ErC50: 7.9 mg/L (96h)
12. Ecological Information
• Acute Aquatic Toxicity
• Persistence and Degradability - no information available.
• Bio accumulative Potential - no information available.
• Mobility in Soil - no information available.
• Results of PBT and VPvB Assessment - phosphoric acid, iron (2+), lithium salt, aluminium, graphite,
copper, polyethylene and phosphate (1-), hexauoro-, do not meet the criteria for PBT and VPvB
assessment as per regulation (EC) No. 1907/2006, annex XIII.
When promptly and safely used or disposed, the battery does not present any environmental hazard. While
disposing, please ensure that it is disposed in accordance with local and federal regulations.
11. Toxicological Information
Under normal conditions, any contact with a fully sealed, protected battery is non-toxic. If the battery is opened,
the exposure to internal contents such as corrosive fumes can cause irritation to skin, eyes, and mucous
membranes. Inhalation, skin contact, and eye contact must be avoided when possible.
13. Disposal Considerations
14. Transport information
UN Number: UN3480
UN Proper Shipping Name: LITHIUM ION BATTERIES (including Lithium
Ion polymer batteries)
Transport Hazard Class: Class 9
Packing Group Number: packing group II (As per GHS Regulations)
Environmental Hazards (Transport): follow all applicable local, state, and
federal requirements when identifying additional environmental hazards.
Transporting Label:
Classied as a Dangerous Good by the criteria of the ADG Code.
Waste Chemicals - if batteries are still fully (or partially) charged or discharged, they can be considered a
reactive hazardous waste. The batteries must be disposed in accordance with local and federal laws and
regulations, through licensed waste carriers and/or suitable recycling facilities etc.
Product Enclosure – the enclosure or protective case may still present a chemical hazard when empty. The
batteries must be disposed in accordance with local and federal laws and regulations, through licensed
waste carriers and/or suitable recycling facilities etc.
UN3480

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Indicates that no data or not included in the regulations.
15. Regulatory Information
Component EINECS TSCA DSL IECSC NZIoC PICCS KECI AICS ENCS
Phosphoric Acid, Iron (2+),
Lithium Salt - - - - - - -
Aluminium -
Graphite -
Copper -
Polyethylene -
Phosphate (1-), hexauoro-,
Lithium - - -
The battery complies with the following stipulated regulations:
Note:
Indicates that the substance is included in the regulations.
[EINECS] The European Inventory of Existing Commercial Substances
[TSCA] The Toxic Substances Control Act
[DSL] Canadian Domestic Substances List
[IECSC] China Inventory of Existing Chemical Substances
[NZIoC] New Zealand Inventory of Chemicals
[PICCS] Philippines Inventory of Chemicals & Chemical Substances
[KECI] Korea Existing Chemicals Inventory
[AICS] Australia Inventory of Chemical Substances
[ENCS] Existing & New Chemical Substances
" "
"-"
16. Additional Information
DISCLAIMER: The information and recommendations set forth in this Safety Data Sheet were prepared in
accordance with the “Safe Work Australia’s Code of Practice: Preparation of Safety Data Sheets for Hazardous
Chemicals [May 2018]” and the UN GHS [7th Revised Edition]. The data included is derived from various
sources and believed to be accurate as of the date of preparation. However, Entel Holdings ANZ Pty. Ltd. does
not assume responsibility for any alterations, modications, or usage of this product outside of the methods
prescribed as per this document. This information is furnished upon condition that person receiving it shall
make his own determination of the suitability of the material for their particular purpose.
Prepared by:
Entel Holdings ANZ Pty. Ltd.
Level 1, 12 Risley Street, Richmond VIC 3121, AUSTRALIA
Date of Preparation: 04.10.2020
7. Limited Warranty (Australia & New Zealand)
Product Description Serial Number
HP-6M
Pre-intergrated Battery Energy Storage
System (includes 3.6 kW AC coupled Inverter,
Battery Module and BMS)
A1AU001010000
HP-6M/1S
HP-6M/2S
HP-6M/3S
HP-6M Additional Battery Storage only (includes
battery module and BMS) B1AU0010020000
Date of Eect – Aug 28th, 2020
This limited manufacturer’s Warranty applies to the residential application of the Energizer Homepower HP-6
Series distributed by Entel Holdings ANZ Pty Ltd, (“Entel”), and applies to the below mentioned products.
The Energizer Homepower HP-6 Series Products are:
Warranty Terms
If you are a consumer and have purchased any of the above-mentioned products, Entel shall provide this
Warranty consisting of a “Battery Performance Warranty” and a “Product Warranty”, in addition to your rights
under consumer laws in your jurisdiction. Please note the Limited Warranty is subject to certain limitations and
exclusions, that are described in detail below.
1. Product Warranty
We warrant that your Energizer Homepower HP-6 Series products will be free from defects for a period of 10
years following the earlier of (a) three months from the battery’s date of manufacture or (b) the initial installation
date at its original location.
2. Baery Performance Warranty
1. System operating in automatic mode, where excess energy from solar is stored in batteries and discharged
towards house loads and loads connected to back-up.
Product Energy Retention Operation Limitation
Normal operation1Retain 80% of usable capacity2after
10 years of date of initial installation 10,000 Cycles
Other applications3Retain 80% of usable capacity2after
10 years of date of initial installation
Total Energy Dispatch of
3 MWh per kWh4
2. Usable capacity at the time of installation is 95% of Rated Energy, as stated on the Product Datasheet.
3. Any other applications other than “normal operation”.
4. Normal operation and other applications combined operation limitation equals 10,000 cycles.
If there is a subsequent increase in the overall system capacity by adding one or more Sub Units (HP-6S) at
a later date [“Subsequent Product”], we warrant that the subsequent product shall retain its usable capacity
as described in the table aforementioned. Please note this Limited Warranty is subject to several important
limitations and exclusions, in addition to meeting certain conditions which are set out in the following pages.
Table 1. Energizer Homepower HP-6 Series Products
Table 2. Battery Performance

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3. Eligibility
• Products must be purchased from Entel, or an Energizer Homepower authorised reseller in Australia or New
Zealand.
• Product failure should have occurred within the Warranty period as described in Section 1 (Product Warranty).
• Product must include a Serial Number in the format referenced in Table 1.
• Product must be installed, wired, and commissioned by an Energizer certied installer (CEC accredited) in
Australia or New Zealand.
• Product owner (or end user) must be able to present proof of ownership.
• If product ownership has been transferred, then subsequent owners must acquire proof of ownership from the
original owner.
• Product owner (or end user) must have operated and/or used the product strictly as per the product owner’s
manual.
• Third-party or external inverter/battery pack(s) must not have been installed with the product and the system
conguration must comply with the product specications.
• Proof may be required of correct commissioning of the product (such as certicate of compliance). Claims for
failures due to incorrect installation or commissioning are not covered under this Warranty.
• A commissioning report signed by the end user and the installer for product commissioning and handling
instructions shall be sent to Entel.
4. What is Oered?
If your product fails to comply with the above Warranty Entel will, in its sole discretion, either repair your product,
replace it with an equivalent product, or compensate you with the market price of an equivalent product at the
time of the Warranty claim. Any product that is presented for repair may be replaced with an equivalent refurbished
product instead of being repaired. If your product is repaired or replaced under this Warranty, then the repaired or
replaced product will benet from the remainder of the original Warranty period, subject to any rights that you may
have under local laws and regulations in your country or region. However, if Entel has discontinued the production
of the product due to technological advancements, Entel will replace the product with a dierent type of product of
at least same value or similar functions, although the replacement product may be a dierent size, shape, colour,
and/or capacity. Because of technical advancements, it is possible that replacement parts or components may not
be compatible with the original components already installed. Any costs relating to the incompatibility of systems is
not covered by this Warranty.
5. What is Excluded?
This Limited Warranty will not apply to defects or reduction in energy capacity arising from any of the following
circumstances, each of which may result in the Warranty being voided.
• The product(s) are damaged by end user’s improper usage, storage, or operation, that does not conform with
instructions in the product owner’s manual.
• Handling, installation (including removal and/or reinstallation), wiring, or commissioning of the product other
than in accordance with instructions in the installation manual.
• Operation, use, or maintenance of the product without following instructions in the product owner’s
manual or without reasonable care (including failure to maintain or clean the product in accordance with
recommendations in the product owner’s manual).
• Any attempt at modifying the product, whether physically or by means of software programming without the
express consent of Entel.
• Removal and relocation of your product to a dierent location, without the written consent of Entel or your
Energizer Homepower authorised reseller.
• Product abuse, misuse, or negligence.
• Transportation, storage, installation, commissioning, wiring, modication, or repair performed by anyone other
than Entel or an Energizer Homepower certied installer.
• As a result of changes which occur in the condition or operational performance of the product for climate or
other environmental inuence, foreign material contamination (e.g. smoke, salt and chemicals, etc.), water
entry, exposure to excessive heat or solvents, or because of use of the product with insucient ventilation (in
particular the maximum temperatures according to the product owner’s manual), exposure to strong vibrations,
or damage due to exposure to a strong magnetic eld.
• Unusual physical or electrical damage caused by force majeure events, including but not limited to lightning,
earthquakes, cyclones, oods, res, or other events outside the control of Entel.
• Exposure to generalised corrosion, normal wear, and tear (or deterioration), biological infestations, noise, or
vibration that is not excessive, or any other defects that do not have an impact on the system performance or
degrade its functions.
• Faulty electrical components attached to other equipment (such as solar systems, HVAC systems, third-party
electrical meters) not supplied by Entel.
• Any damage that may occur after the expiration or voiding of the Warranty period.
• Use of Energizer Homepower products as a primary or backup power source for life-support systems, other
medical equipment, or any other use where product failure could lead to injury to persons or loss of life or
catastrophic property damage.
• Due to accidental damage, theft, or vandalism, or use of the product for a purpose other than normal
applications or in environmental conditions for which the product was not designed or sold or use of the
product outside the specied or normal operating ranges.
• If the defect occurs during shipping or transportation after the product is sold to an Energizer Homepower
authorised reseller.
• If product failure is not reported to Entel or Energizer Homepower authorised reseller within 2 weeks of
appearance and damage caused by continued use of the product following the knowledge of a defect.
• As a result of repairs, alterations, or modications to the product which have been performed by a third party
not authorized by Entel.
In addition, Entel requires the ability to monitor your product and carry out over-the-air (remote) rmware
upgrades via the Energizer Homepower Cloud. To avail the full 10-year Warranty, the end user must register their
product and have a reliable internet connection. By doing so, you consent to Entel conducting these upgrades
without further notice to you. Please bear in mind these upgrades may interrupt the operation of your product for
a short period. If your product is not registered or connected to the internet (Energizer Homepower Cloud) for an
extended period of time, Entel or Energizer Homepower authorised resellers may contact you with a resolution.
If we are unable to establish a contact or ensure the system remains connected, we may reduce your Warranty
period to four years, following the date of the product installation for the rst time, subject to the exclusions and
limitations set out in the Warranty.

Energizer Homepower HP-6Series
Energizer Homepower HP-6Series
© Energizer 2021V23-00211 V23-00211 © Energizer 2021
36 37
6. Warranty Waivers
Entel does not authorise the modication or waiver of any part of this Warranty by any person or entity. Entel, in its
sole discretion, may occasionally oer to pay for some or all of the cost of certain repairs that may not be covered
by this Warranty, on a case-by-case basis. Entel reserves the right to do so at any time without incurring any
obligation to oer a similar payment to other product owners.
7. Limitation of Liability
Unless otherwise specied, to the maximum extent permissible by law, Entel will not be liable for any direct,
indirect, special, accidental, or derivative losses caused by the purchase or use of the product and its system,
including but not limited to actual or expected loss in revenue, loss in income, loss of anticipated savings, loss of
business, loss of opportunity, loss of goodwill, loss of reputation, personal injury, or the indirect or derivative loss
of damage, regardless of whether Entel has been informed of, or otherwise might have anticipated, the possibility
of such losses. To the maximum extent permissible by law, Entel’s liability arising out of a claim under this Warranty
from any cause whatsoever shall in no event exceed the product purchase price paid by the end user to Entel, for
such a product giving rise to the liability. Exceptions to this liability will only be on the grounds of culpable injury to
life, physical injury, or injury to health and the mandatory liability from intent or gross negligence.
8. Applicable Law
The Limited Warranty applies in addition to guarantees provided under the Australian Consumer Law (ACL). Our
goods come with guarantees that cannot be excluded under the Australian Consumer Law. You are entitled to a
replacement or refund for a major failure and compensation for any other reasonably foreseeable loss or damage.
You are also entitled to have the goods repaired or replaced if the goods fail to be of acceptable quality and the
failure does not amount to a major failure.
The Limited Warranty is provided in addition to, and does not exclude, restrict, or limit any rights a customer has
under the Consumer Guarantees Act 1993 and the Fair-Trading Act 1986 (The “New Zealand Consumer Law”). If
the product is acquired for the purposes of a business, then the consumer guarantees act 1993 shall not apply.
Your rights under New Zealand Consumer Law may also apply to any repaired or replacement product.
9. RMA Process
In order to make a claim under this Warranty, please contact the Energizer Homepower authorised resellers
that sold you the product, and provide them with (a) original proof of purchase and any subsequent transfers of
ownership, (b) relevant product Serial Number and installation date, and (c) a description of the alleged product
defects. If you are unable to contact the Energizer Homepower authorised resellers, or if you purchased your
product directly from Entel, you must contact us using the email address or telephone numbers listed below, raise
a service request with Entel, and obtain a Return Merchandise Authorisation (RMA) number. Products must not be
returned to Entel without a suitable RMA Number.
Following the Installation of the Energizer Homepower HP-6 Series, ensure that you complete the below checklist
and share a record with your system provider. It is also recommended that installers retain records of the
equipment installed.
8. I&C Checklist
Induction Requirements
Following the Installation of the Energizer Homepower HP-6 Series, please ensure that the system owner or
nominated representative is provided the following information:
• Demonstration of the system shutdown & start-up procedures,
Introduction to the system manual.
• Explanation of the alarm/faults that may arise with the system.
• Contact details of manufacturer/system provider.
• Basic system operation & design principles.
Further, ensure that a copy of the below customer acknowledgement is provided to the system provider for
installation records.
No. Items Component
1 Date of Installation & Commissioning
2 System Provider (Contact Details)
Company Name:
Phone Number:
Email:
3Energizer Homepower Model No.
HP-6M HP-6M/1S HP-6M/2S HP-6M/3S
HP-6M [Main Unit]
S/N:
HP-6S [Sub Unit]
S/N (1):
S/N (2):
S/N (3):
4 Total Battery Storage Capacity (kWh)
5Energizer Homepower Model No.
CTS only CT and Digital Meter Digital Meter only
If Digital Meters are installed,
• Model No:
• No. of Meters:
6 Initial System Settings
Contact system provider to receive all system settings.
Firmware info:
• Current FW Version:
• Current Protocol Version:
• Coms Module FW Version:
7
Initial System Settings Grid Status - On Grid Status - O
Is the Battery Charging? Yes No N/A
Is the Battery Discharging? Yes No Yes No
8If Backup/UPS is Connected, does the battery discharge towards connected loads when
utility grid is turned o? Yes No
9 Is the Battery Charging? Yes No
/ /

Energizer Homepower HP-6Series
Energizer Homepower HP-6Series
© Energizer 2021V23-00211 V23-00211 © Energizer 2021
38 39
Customer Acknowledgement
Risk Assessment
I, (Customer) acknowledge that (System Provider) has
attended my property and conducted the requested work. I conrm that the installer attending my property has
completed the installation based on his/her recommendation for the most ecient energy production, provided
me all the information as per the induction requirements and I conrm that I have agreed to this install location.
ACKNOWLEDGEMENT:
Customer’s Signature Installer’s Signature
Date Date
Energizer Homepower [Model No.] HP-6M HP-6M/1S HP-6M/2S HP-6M/3S
DVC Level DVC-A (Battery)
Battery product type as per AS/NZS 5139:2019 DVC Level
Assessed by CEC Approved BESS
Date of Assessment
Reviewed by
Date of Review
No.
Hazard
Description
STEP 1
Potential Source Potential
Consequences
Inherent
Risk
STEP 2
Controls
STEP 3
Residual
Risk
STEP 4
1
Electrical
and other
hazards
• Contact with live
conductors.
• Fault or short circuit
current from the
battery impacting the
rest of the electrical
installation.
• Electrocution.
• Fire.
• Battery overheating
or a rupture
leading to hazards
identied below.
High
Follow the relevant
section of AS/NZS
5139:2019 such as:
• Section 3 provides
the types of hazards
associated with battery
energy storage systems.
• Section 5 provides
the installation
requirements for CEC
approved BS.
Medium
No.
Hazard
Description
STEP 1
Potential Source Potential
Consequences
Inherent
Risk
STEP 2
Controls
STEP 3
Residual
Risk
STEP 4
2Energy
hazards1
• Arc ash from
insucient isolation
or insulation.
• Some parts of a
BS may remain
energised.
• INCIDENT ENERGY
CALCULATION 0.324
cal/cm2 NOTE: See
Table G5 of AS/NZS
5139:2019 Clause
3.2.4.2.1 to determine
arc ash incident
energy.
Burns to eyes and skin High
Installation and
maintenance activities
shall be done as per
the manufacturer’s
instructions
• Inspect equipment
for damage before
installing.
• Remove exposed
metal or conductive
items such as
jewellery, zips,
watches.
• Arc ash boundary -
23.38 cm.
• PPE level - use PPE
level 1 When working
within 23.38 cm of live
parts.
Low
3Mechanical
hazards
• Crush by weight
of batteries or
equipment.
• Crushing by falling
over/tipping of
batteries.
• BATTERY WEIGHT
__________________kg
• Site-specic hazards2:
___________________
• Crushing to body
parts.
• Site-specic
consequences3:
___________________
Medium
Installation and
maintenance activities
shall be done as per
the manufacturer’s
instructions
adequate structural
strength of supporting
provided
site-specic controls4:
___________________
Low
4
Fire,
chemicals,
and biological
hazards
NOTE: NA
in relation to
the hazard
classication
Table 3.1
of AS/NZS
5139:2019
• Excessively high or
low temperatures.
• Over and under-
voltage.
• Overcharged or over
discharged.
• Puncturing or failure
of the battery casing.
• Thermal runaway.
• Internal short circuit.
Burns to eyes and skin Medium
• CEC approved BS are
not expected to create
re, chemicals, and
biological hazards.
See Table 3.1 of AS/
NZS 5139
Low