Anker SOLIX Solarbank Max AC + BP7000 | 3,5 kW - 14 kWh

During the day, your solar panels often generate more energy than you use directly, while you actually need that energy in the evening. With the Anker SOLIX Solarbank Max AC + BP7000 bundle, you store that surplus and use it later in your home. This allows you to make better use of your own energy when it matters most and reduce your energy costs.

This bundle combines the Solarbank Max AC with a BP7000 battery module, providing a total storage capacity of 14 kWh. This gives you more than enough capacity to fully cover your energy consumption during the evening and night, creating a strong foundation for home energy storage.

The Solarbank Max AC connects via your home’s electrical system and ensures that generated energy is used in your household first. Any excess energy is stored and later used when your consumption exceeds your production. This shifts energy from daytime to the moments you actually need it, without requiring any manual input.

With bidirectional AC power of up to 3500W, the system continuously adapts to your energy usage.* Surplus energy is stored instantly, while your consumption is automatically supplemented when needed. As a result, a large portion of your daily electricity usage is covered by your own stored energy.

The intelligent control system takes this even further. The battery charges when electricity is cheap, even during negative pricing and uses that energy when prices are higher. This helps reduce your energy costs while the system operates automatically. At the same time, it anticipates expected generation and consumption, ensuring energy is always used at the right moment.

In case of a power outage, selected devices continue to run via the off-grid output, such as lighting, refrigerator, or internet equipment. If you want to take it a step further, the system can be expanded with the Power Dock Pro, allowing a larger part of your home to be powered automatically.

*Note: For output above 800W, we recommend connecting the system to a dedicated circuit in the distribution board that is not shared with other appliances.