Energizer Homepower HP-6M Series Owner's Manual page 20

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