Photo from the manufacturer
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SMA Home Storage 13.1 assembles four lithium iron phosphate modules into two separate towers, not a single block: a detail to keep in mind at the planning stage, since room is needed for both. It is compatible with both the single-phase Sunny Boy Smart Energy inverter and the three-phase Sunny Tripower Smart Energy.
It only works paired with one of these two SMA inverters. The IP65 protection rating allows installation outdoors as well.
| Parameter | Value | Source |
|---|---|---|
| Weight | 152.0 kg (335.1 lb) | manufacturer website |
| Usable capacity | 13.12 kWh | Declared by the brand |
| Depth of discharge | 100 % | Declared by the brand |
| Cell chemistry | LFP (lithium iron phosphate) | Declared by the brand |
| Expandable | Yes | Declared by the brand |
| Maximum expanded capacity | 16.4 kWh | Declared by the brand |
| Battery voltage | 384 V | Declared by the brand |
| Declared compatible inverters | È l'ultima taglia della gamma ancora compatibile con l'inverter monofase Sunny Boy Smart Energy (che copre da 1 a 4 moduli), oltre che con il trifase Sunny Tripower Smart Energy (da 2 a 5 moduli). Non retrofittabile sui vecchi Sunny Boy Storage (SBS2.5-1VL-10, SBS3.7-10-SBS6.0-10) né con inverter di altri marchi. | Declared by the brand |
| Rated cycles | 8000 cicli | Declared by the brand |
| Capacity at end of cycle life | 60 % | Declared by the brand |
| Warranty | 2 anni | Declared by the brand |
| Guaranteed throughput | 94.464 MWh | Declared by the brand |
| Guaranteed remaining capacity | 60 % | Declared by the brand |
| Round-trip efficiency | 94.5 % | Declared by the brand |
| Standby consumption | 8 W | Declared by the brand |
| Ingress protection | IP65 | Declared by the brand |
| Mounting | Wall mounted | Declared by the brand |
| Minimum temperature | -10 °C | Declared by the brand |
| Maximum temperature | 50 °C | Declared by the brand |
| Remote updates | Can be disabled | Declared by the brand |
| Declared standards | CE, UN 38.3, IEC 62619, IEC 62477, VDE 2510-50 | Declared by the brand |
| Nominal capacity | — | Not declared |
| Cell supplier | — | Not declared |
| Continuous output | — | Not applicable |
| Phases | — | Not applicable |
| Maximum charge power | — | Not declared |
| Backup power | — | Not applicable |
| Backup phases | — | Not applicable |
| Switchover time | — | Not applicable |
| Black start | — | Not applicable |
| Grid charging | — | Not applicable |
| Dynamic tariffs | — | Not applicable |
| EV charger integration | — | Not applicable |
| Heat pump integration | — | Not applicable |
| Virtual power plant | — | Not applicable |
| Cell heating | — | Not declared |
| Noise level | — | Not declared |
| Works without internet | — | Not declared |
| Local control | — | Not applicable |
| Open protocols | — | Not applicable |
| App required for setup | — | Not declared |
| Battery passport | — | Not declared |
| Carbon footprint | — | Not declared |
| Recycled content | — | Not declared |
| Grid connection power | — | Not applicable |
| Official list price | — | Not declared |
The rest of the data comes from one page on the manufacturer's site, cited row by row in the table above.
A manual or a datasheet counts as a source even when the original file is hosted elsewhere: what matters is the document, not the server. Where that happens, it is stated above.
These numbers are calculated, not stated: they have no source to cite, they have a formula you can redo. The price used is the manufacturer's list price, which is stable and the same in every country — not a shop's price on the day.
