Description
The Anker SOLIX Solarbank 3 E2700 Pro is an all-in-one smart energy storage system designed for modern households and balcony solar setups.
With 4 independent MPPT trackers and up to 3600 W PV input, it captures maximum solar energy from multiple panel directions or strings.
Its 1200 W bidirectional inverter ensures seamless on-grid and off-grid switching, while the AI-based Anker Intelligence monitors your household demand in real time to minimize waste (<10 W adjustment, <3 s response).
The LFP battery (2688 Wh, expandable to 9.6 kWh) provides 6000+ charging cycles, –20 °C operation and 15-year design life, all within a sleek IP65 water- and dust-resistant housing.
Perfect for energy-aware families, the Solarbank 3 E2700 Pro supports smart meter integration, peak-shaving, and emergency power supply (1000 W AC output) — bringing energy independence to balcony and home users alike.
Key Features
- 4 MPPT Trackers – 3600 W Solar Input
Capture maximum power from multi-orientation solar panels. - 1200 W Bidirectional Inverter + AI Intelligence
Smart real-time power management with <10 W adjustment and <3 s response time. - Expandable LFP Battery System (2.7 – 9.6 kWh)
Modular stack design with up to 6000 charging cycles and 15-year lifespan. - 1000 W AC Emergency Output (Off-Grid)
Plug and play backup power for essential home devices. - IP65 Protection & Thermal Boosting to –20 °C
Dustproof, waterproof and reliable in any weather. - Comprehensive Safety Protection
Over-voltage, over-current, short-circuit and temperature safeguards. - Warranty: 10 Years | Service Life: 15 Years
FAQ Highlights
Q1: Can I connect different solar panel orientations?
Yes. The 4 independent MPPT inputs allow optimal harvesting from multiple directions or module types.
Q2: Is it waterproof and safe for outdoor use?
Yes. With IP65 rating, it is water- and dust-resistant, ideal for balcony or garden installation.
Q3: Can it work during a power outage?
Yes. The Solarbank 3 E2700 Pro includes a 1000 W AC off-grid output for emergency power supply.
