Powerwall 3 AC Warranty AUS-NZ 8AUG2024
Description
TESLA POWERWALL WARRANTY (AUSTRALIA AND NEW ZEALAND)
Effective Date: August 8, 2024
Applies to:
| Powerwall 2 AC | Part Number 1108572-xx-x Part Number 1092170-xx-x Part Number 2012170-xx-x Part Number 3012170-xx-x |
| Powerwall 3 | Part Number 1707000-xx-x |
| Gateway | Part Number 1099752-xx-x |
| Backup Gateway | Part Number 1118431-xx-x Part Number 1152100-xx-x |
Gateway Meter | Part Number 1112484-xx-x |
Ten Year Warranty
This Limited Warranty applies to the Powerwall 2 or the Powerwall 3 (collectively referred to as “Powerwall”) and related products listed in the table above (the “Tesla Products”) provided they are installed on your site. Tesla Motors Netherlands B.V. warrants that:
(1) Your Powerwall will be free from defects for ten years following its initial installation date; and
(2) Your Powerwall will have an energy capacity of 13.5 kWh on its initial installation date, and will retain energy capacity as shown in the table below.
| Application | Energy Retention(1) | Operating Limitation |
| Solar self-consumption(2) or time-based control(3), and backup(4) | 70% at 10 years following initial installation date | Unlimited cycles |
| Any application not listed above, or any combination of applications that includes one not listed above | 70% at 10 years following initial installation date | 37.8 MWh of aggregate throughput(5) |
Note that this Warranty (including its duration) is subject to a number of important exclusions and limitations, which are set out in detail below.
THIS WARRANTY GIVES YOU SPECIFIC LEGAL RIGHTS. YOU MAY HAVE FURTHER LEGAL RIGHTS AND REMEDIES UNDER LOCAL LAWS IN YOUR COUNTRY. THE TERMS OF THIS WARRANTY WILL APPLY TO THE EXTENT PERMITTED BY APPLICABLE LAW.
PLEASE SEE THE DISCLOSURES RELATING TO YOUR COUNTRY IN THE APPENDIX TO THIS WARRANTY. FOR A FULL DESCRIPTION OF YOUR LEGAL RIGHTS YOU SHOULD REFER TO THE LAWS APPLICABLE IN YOUR COUNTRY.
(1) Expressed as a % of 13.5 kWh rated capacity.
(2) Storing energy generated by an onsite solar array, and using that stored solar energy for daily self-consumption.
(3) Storing energy generated by the grid or an onsite solar array, and using that stored energy for time-of-use load
shifting.
(4) Storing energy generated by the grid or an onsite solar array, and using that stored energy as backup power.
(5) Measured at the battery AC output.
