With the Anker SOLIX Solarbank Max + BP7000, you start with a generous amount of energy storage at home. Together, the Solarbank Max and BP7000 provide 14 kWh of storage capacity, allowing you to keep much more of your own solar energy for later use. Add support for solar installations up to 10 kWp, up to 5000 W of output power and smart energy management, and you have a home battery system ready for households with substantial energy demands.
With 14 kWh of storage capacity, there is plenty of room to store the solar energy generated during the day. The Solarbank Max provides 7 kWh of storage, while the included BP7000 Expansion Battery adds another 7 kWh.
The benefit becomes particularly noticeable on days when your solar panels generate plenty of electricity. Instead of exporting surplus solar power to the grid, you can store more of it and use it later. For example, when cooking in the evening, running the washing machine or powering other appliances after solar generation has dropped.
For an increasingly electrified home, 14 kWh also provides a solid foundation. Think of a heat pump, electric vehicle or a larger solar installation. And if your energy needs continue to grow, the Solarbank Max can be expanded up to 42 kWh of storage capacity.
A large battery is even more useful when your system can handle plenty of solar generation. The Solarbank Max supports solar installations up to 10 kWp and a maximum of 12 solar panels, making it an attractive option for households looking to store and use more of their own solar energy.
The integrated hybrid inverter features three independent MPPT inputs. This allows different groups of solar panels to be managed separately, which is particularly useful when panels are installed across multiple roof sections or have different orientations.
Energy that is not immediately needed in your home can then be stored in the 14 kWh battery system, keeping more of your self-generated electricity available for later.
Storing plenty of energy is one thing, but you also want that energy to be available when your home needs it. With up to 5000 W of continuous output power*, the Solarbank Max can supply multiple appliances at the same time.
Stored energy can therefore be used for larger loads such as a heat pump, induction hob, washing machine or EV charger. This higher output power is especially valuable in homes where an increasing number of appliances and systems run on electricity.
The Solarbank Max can also provide backup power during a grid outage. Its automatic backup function can continue supplying selected appliances with up to 3680 W, helping to keep essentials such as lighting, a refrigerator and internet equipment running until grid power is restored.
Getting more from 14 kWh of storage is also about deciding intelligently when to store energy and when to use it. Combined with a compatible Smart Meter, the Solarbank Max continuously monitors solar generation and household electricity consumption. Charging and discharging can then be automatically adjusted to match these energy flows. The Solarbank Max also supports dynamic electricity tariffs, allowing current electricity prices to be factored into energy management.
The Anker app gives you real-time insight into your energy flows. You can monitor solar generation, battery storage and consumption, check the battery status and easily adjust energy modes. Integrations with platforms such as Home Assistant are also supported.
Thanks to its stackable design, the battery modules can be placed neatly on top of each other. Extensive cabling between the stacked modules is not required, keeping the installation compact and organised even if you decide to expand the system later.
The BP7000 is also designed for long-term daily use. According to Anker, its LFP battery cells offer a lifespan of up to 10.000 charge cycles. A 100% depth of discharge allows the available storage capacity to be fully utilised, while charging and discharging power of up to 3.5 kW ensures energy can be stored and delivered at a useful rate.
With its IP66 rating, the enclosure is protected against dust and powerful water jets. This makes the BP7000 suitable for installation indoors as well as in an appropriate outdoor location.
* For output above 800 W, we recommend connecting the system to a dedicated circuit in the distribution board that is not shared with other appliances. Have the connection checked or installed by a qualified electrician.
The base unit is fully plug & play: simply position the system, plug it into a socket and configure it via the app. It can be up and running within minutes.
Want to get the most out of your system? The Solarbank Max Series delivers up to 5,000 W of output power, allowing it to cover a large share of your household electricity demand directly. This helps you use more of the energy you generate yourself and reduces the amount of electricity you need to export to or draw from the grid.
To use this higher output, the system must be connected to a dedicated circuit, ensuring safe and optimal operation. A qualified electrician can easily install or verify this for you.
To use the full 5,000 W output, you need a dedicated circuit with a suitable socket. Here’s what to check. Many modern European homes may already have a suitable circuit available.
Step 1 — Identify or install a dedicated circuit
A dedicated circuit supplies only one appliance or system, making it the safest and most straightforward option for connecting your Solarbank Max.
✓ Potentially suitable dedicated circuits include:
✗ Avoid shared circuits such as:
Also check where the socket connected to the dedicated circuit is located. Suitable locations may include a utility room, garage, attic, storage room or garden building. Avoid unsuitable locations such as bathrooms or anywhere the system could obstruct access or walkways.
Step 2 — Check the circuit capacity
Check that the dedicated circuit has the appropriate circuit breaker and wiring for the required load. Have a qualified electrician verify that the circuit, cabling and protection devices comply with applicable local electrical regulations.
Step 3 — Check the socket
Where permitted for the selected installation method, use a suitable, correctly installed socket. Make sure it is in good condition, with no discolouration, loose connections or visible signs of wear.
Step 4 — Connect the system
Connect the Solarbank Max Series directly to the socket on the dedicated circuit, following Anker’s installation requirements. No extension leads or multi-socket adapters should be used.
Step 5 — Set the output power in the app
The output power is set to 800 W by default. Open the Anker app, go to the system settings and configure the permitted output power for your installation.
Five simple steps, without the need for a complex installation. Get more of your high-demand household appliances running on your own solar energy.
Installation requirements and permitted output power may vary by country. Always follow local electrical regulations and Anker’s installation instructions. We strongly recommend having a qualified electrician verify that the circuit, wiring, protection devices and connection point are suitable before operating the system at higher power levels.
Yes. Combine the Anker SOLIX Solarbank Max with the Anker SOLIX Backup Auto-Switch and your home automatically switches to battery power in the event of a power outage. With whole-home backup, your home remains connected to the backup power supply, with up to 3500 W of backup power available from the Solarbank Max. Add at least one expansion battery and, in combination with the Auto-Switch, this increases to up to 5000 W. Once grid power is restored, the system automatically switches back.
Yes. The Solarbank Max features a modular, expandable design. Start with 7 kWh of storage capacity and add additional battery modules later, expanding the system to a maximum of 42 kWh.
Yes. With an IP66 rating and C5-M corrosion resistance, the Solarbank Max is designed for both indoor and outdoor installation. Its active heating system enables reliable operation at temperatures down to -20°C.
| Brand | Anker |
| Artikelnummer | A17E23Z1-80 |
| Warranty | 10 Jahre |
| Battery type | LiFePO4 |
| Battery capacity in Wh | 7000 Wh (7 kWh) Expandable up to 42 kWh |
| Temperature resistant | -20° | 55° |
| Weatherproof | IP66 | C5-M Marine-Grade |
| Brand | Anker |
| Artikelnummer | AE1113Z1 |
| Warranty | 2 years |
| Battery type | LiFePO4 |
| Battery capacity in Wh | 7 kWh |
| Wifi-function | Wi-Fi, Bluetooth |
| Temperature resistant | -20 °C tot 55 °C |
| Weatherproof | IP66 |
| Dimensions | 670 × 356 × 325 mm |
| Weight | 73 kg |
| PV input | 10.000 W / 10 kWp Up to 10 solar panels per string |