ANKER SOLIX Solix Solarbank 3 E2700 Pro,2688 Wh Solar battery grey

Anker SOLIX Solarbank 3 E2700 Pro – Next-Gen Energy for Smart Homes

Maximum efficiency, minimum energy costs. With the Anker SOLIX Solarbank 3 E2700 Pro you save up to €1,566 per year by storing self-generated solar energy and using it smartly – day and night.

Powerful performance & flexible expansion

• 3,600W solar input with 4 MPPT’s for maximum efficiency – produce up to 4,531 kWh per year .
• 2.688Wh storage capacity , expandable to 16,1kWh with a maximum of 5 batteries.
• Plug-and-Play installation – no electrician needed, just plug in and use immediately.

Smart energy, year after year

• Anker Intelligence™ optimizes your energy consumption automatically based on price, weather and usage data.
• Bidirectional 1,200W charging – benefit from dynamic energy tariffs via the Nord Pool system.
• InfiniPower™ LiFePO4 battery – up to 6,000 charging cycles with 70% capacity after 15 years.

Designed for every season

• Thermal Boosting technology keeps the system active up to −20 °C .
• IP65 housing with integrated cast aluminum design – resistant to rain, dust and shocks.
• 10-year warranty and industrial components tested for long-term reliability.

Prepared for every situation

• 1,200W off-grid socket for emergencies or power outages.
• Compatible with Power Dock – connect up to 4 units for a total power of up to 4,800W.
• Real-time monitoring via Bluetooth & Wi-Fi (2.4 GHz).

Technical specifications

Opslagcapaciteit 2.688 Wh (uitbreidbaar tot 16.128 Wh) Zonne-ingang 3.600 W max, 4 MPPT, 32 A DC AC-uitgang 800 W netgekoppeld / 1.200 W off-grid Batterijtype LiFePO4, 6.000 cycli Levensduur Tot 15 jaar Beschermingsklasse IP65 Afmetingen 460 × 254 × 279 mm Gewicht 29,2 kg Temperatuurbereik −20 °C ~ 55 °C Connectiviteit Bluetooth, Wi-Fi (2,4 GHz)

Why choose Anker SOLIX?

With its robust design, intelligent energy management and exceptional reliability, the Solarbank 3 E2700 Pro is the ideal solution for any household that wants to save on energy costs and become more independent from the grid.

¹ Based on internal tests compared to conventional 2 MPPT systems under standard test conditions.