Anker SOLIX Solarbank Max AC — All-in-one

Anker SOLIX Solarbank Max AC A17E2

All-in-one F3 · Flat-sized (3–8 kWh)

Anker SOLIX Anker SOLIX Solarbank Max AC

Name: Anker SOLIX Solarbank Max AC
Brand: Anker SOLIX
SKU: A17E2
Price: 1599.00 EUR
Availability: InStock
Author: JouleSpecs

Manufacturer's list price

1599 € ≈ $1,727

JouleSpecs does not sell and does not show shop prices: check the price where you buy.

Sheet on the Anker SOLIX website →

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Data from official source

Sheet curated by JouleSpecs — We check every spec sheet against the manufacturer's own documentation: each value carries its source and the date we read it. Published Sept. 23, 2026 · Last updated Oct. 4, 2026 · Data verified Sept. 23, 2026

The Anker SOLIX Solarbank Max AC is a residential storage unit in a single body. The base capacity is 7 kWh and it can be extended with up to 5 additional units, up to 42 kWh in total.

As standard the output power is limited; for full power an electrician has to connect it directly to the distribution board. When the power goes out, it switches to the battery in ten milliseconds.

It is installed on the floor, with the mounting base sold separately.

01 · Verified data

Technical specifications

Cell chemistry LFP (lithium iron phosphate)

Battery voltage 400 V

Cost per kWh 228,57 €/kWh

midpoint of the estimated range — on nominal capacity

Round-trip efficiency Anker SOLIX does not state it.

where we looked

Standby consumption Anker SOLIX does not state it.

where we looked

Parameter	Value	Source
Dimensions	67 × 32.5 × 35.6 cm (26.4 × 12.8 × 14.0 in)	manufacturer website
Weight	73.0 kg (160.9 lb)	manufacturer website
Nominal capacity	7 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	42 kWh	Declared by the brand
Battery voltage	400 V	Declared by the brand
Continuous output	3500 W	Declared by the brand
Phases	Single-phase	Declared by the brand
Maximum charge power	3.5 kW	Declared by the brand
Backup power	UPS	Declared by the brand
Backup phases	Single-phase	Declared by the brand
Switchover time	10 ms	Declared by the brand
Grid charging	Yes	Declared by the brand
Dynamic tariffs	Built in	Declared by the brand
Rated cycles	10000 cicli	Declared by the brand
Warranty	10 anni	Declared by the brand
Ingress protection	IP66	Declared by the brand
Mounting	Floor standing	Declared by the brand
Minimum temperature	-20 °C	Declared by the brand
Maximum temperature	55 °C	Declared by the brand
Grid connection power	3.68 kW	Declared by the brand
Usable capacity	—	Not declared
Cell supplier	—	Not declared
Black start	—	Not declared
EV charger integration	—	Not declared
Heat pump integration	—	Not declared
Virtual power plant	—	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
SPI index (HTW Berlin)	—	Not declared
HTW test edition	—	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

Which documents this page rests on

Datasheet 20260526 E2 AC DE 43 rows of the table · file hosted on cdn.shopify.com

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.

02 · The numbers

What it really costs

Cost per kWh 228.570 €/kWh midpoint of the estimated range — on nominal capacity

How we worked it out

price: 1600
nominal capacity: 7

Battery life cycles 3650 cycles warranty years

the manufacturer does not state the guaranteed total energy throughput, which for heavy users is often the limit that runs out first

How we worked it out

stated cycles: 10000
warranty years: 3650

Cost of stored energy 0.063 €/kWh warranty years

the manufacturer does not state the guaranteed total energy throughput, which for heavy users is often the limit that runs out first
on nominal capacity: the manufacturer does not state the usable figure, so the real cost is higher
without conversion losses, which the manufacturer does not state: the real cost is higher

How we worked it out

price: 1600
nominal capacity: 7
battery life cycles: 3650
round-trip efficiency: 100
energy delivered over the whole life: 25550

Energy density 95.900 Wh/kg

on nominal capacity: the manufacturer does not state the usable figure, so the true number is lower

How we worked it out

nominal capacity: 7
weight: 73

Power-to-capacity ratio 0.500 C

on nominal capacity: the manufacturer does not state the usable figure, so the true number is lower

How we worked it out

continuous power: 3500
nominal capacity: 7

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.

03 · Summary

Pros and cons

In favour

When the power goes out, it switches to the battery in ten milliseconds.
The battery reaches 10,000 cycles.
It can be expanded with up to 5 additional units.
It withstands rain and water jets.

Worth knowing

Full power is only available with an electrician connecting it directly to the distribution board.
It sits on the floor, with the mounting base sold separately.
Expansion stops at 5 additional units, 42 kWh in total.

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