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AIO 2400 holds the battery and the two solar panel inputs of a balcony system in a single body, with an independent MPPT tracker for each of the two panel inputs. What's missing is the last step to the home grid: the conversion is done by an external microinverter, which attaches to the back of the device and is bought separately together with the panels and the outlet connection cable.
The Zendure app decides how to split the energy collected from the sun: part goes straight to the microinverter to power the home right away, the rest is stored in the battery for the hours without sun. Two AIO 2400 units can be chained together sharing a single microinverter, to double the capacity without doubling the rest of the system.
It's built to stay mounted on the ground or on a wall, even outdoors, protected against dust and water splashes; it answers the question of anyone with a balcony system who wants to stop losing the energy produced during the day and not used right away, not the one about what stays on during a blackout, which the manual doesn't address.
| Parameter | Value | Source |
|---|---|---|
| Weight | 27.8 kg (61.3 lb) | manufacturer website |
| Nominal capacity | 2.4 kWh | Declared by the brand |
| Cell chemistry | LFP (lithium iron phosphate) | Declared by the brand |
| Expandable | Yes | Declared by the brand |
| Inverter included | No | Declared by the brand |
| Maximum solar input | 1200 W | Declared by the brand |
| MPPT trackers | 2 | Declared by the brand |
| Warranty | 10 anni | Declared by the brand |
| Ingress protection | IP65 | Declared by the brand |
| Usable capacity | — | Not declared |
| Depth of discharge | — | Not declared |
| Cell supplier | — | Not declared |
| Maximum expanded capacity | — | Not declared |
| Battery voltage | — | Not declared |
| Feed-in limit | — | Not declared |
| Grid charging | — | Not declared |
| Maximum charge power | — | Not declared |
| Dynamic tariffs | — | Not declared |
| Backup power | — | Not declared |
| Backup output | — | Not declared |
| Switchover time | — | Not declared |
| Rated cycles | — | Not declared |
| Capacity at end of cycle life | — | Not declared |
| Guaranteed throughput | — | Not declared |
| Guaranteed remaining capacity | — | Not declared |
| Round-trip efficiency | — | Not declared |
| Standby consumption | — | Not declared |
| Mounting | — | Not declared |
| Minimum temperature | — | Not declared |
| Maximum temperature | — | Not declared |
| Cell heating | — | Not declared |
| Noise level | — | Not declared |
| Works without internet | — | Not declared |
| Local control | — | Not declared |
| Open protocols | — | Not declared |
| Home Assistant integration | — | Not declared |
| Where the data is hosted | — | Not declared |
| Remote updates | — | Not declared |
| App required for setup | — | Not declared |
| Declared standards | — | Not declared |
| Battery passport | — | Not declared |
| Carbon footprint | — | Not declared |
| Recycled content | — | Not declared |
| 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.
Chosen by the declared use tier and footprint, not by price: we don't publish prices.
