Anker SOLIX Solarbank 2 E1600 AC Quick Installation Guide
System Design
This diagram illustrates the primary system for a whole-home photovoltaic energy cycle, featuring the Anker SOLIX Solarbank 2 E1600 AC as the main service equipment.
Optional Accessories
- Anker SOLIX BP1600 Expansion Battery
- Anker SOLIX Smart Meter
- Anker SOLIX Smart Plug
Note: The following components are not included in this package. Please ensure they are ready before installation and electrical connection.
Electrical Connections
Connecting Cables
Connect the Solarbank to the micro-inverter.
Connect the Solarbank to a home outlet using the included AC Cable with Schuko plug (5m).
Diagram Description: Shows connections between Anker SOLIX Solarbank 2 E1600 AC, Anker SOLIX Smart Meter, and solar panels via PV connectors (+/-) and extension cables.
Installing Your Solarbank
Pre-Installation Instructions
Configuration Description
- One Anker SOLIX Solarbank 2 E1600 AC supports up to 5 Anker SOLIX BP1600 Expansion Batteries.
- Anker SOLIX Solarbank 2 E1600 AC is compatible with Anker SOLIX Smart Meter, Anker SOLIX Smart Plug, and some third-party devices.
Environment Requirements
- Do not place modules near direct sunlight, fire, or explosive materials.
- Ensure the site is protected from potential hazards like floods.
Safety Instructions
- Ensure the Solarbank 2 E1600 AC is turned off during the entire connection process.
- The grid connection must be to a grounded socket; otherwise, the casing must be grounded. The grounding point is indicated in the diagram.
- Measure distances and reserve sufficient space for heat dissipation and safety isolation.
What You Need
The following steps describe the installation of one Solarbank 2 E1600 AC and two Expansion Batteries as an example.
- Tools: [Phillips screwdriver], [hammer], [drill] (Screw Torque: 2N·m)
- Components: Anker SOLIX Solarbank 2 E1600 AC, Multiple Anker SOLIX BP1600 Expansion Batteries (ordered separately), L-Shape Wall Mount Fitting (x2), Fixed Bracket (x2), M5×60 Self-Tapping Expansion Screws (x2), M5×10 Combined Phillips Screws (x2).
Installation Steps
- Place one expansion battery on the floor, 30mm from the wall.
- Use a [Phillips screwdriver] to remove screws and pry open the rubber plug. Note: Do not remove the bottom rubber plug when installing the bottom battery pack or only one Solarbank to prevent water damage.
- Stack expansion batteries in sequence with the Solarbank at the top, inserting the corresponding ports into each other.
- Pre-fasten the L-Shape Wall Mount Fitting to both sides of the first expansion battery under the Solarbank using M5×10 combined Phillips screws. Note: The fitting can be mounted on the front or back.
- Mark drilling holes on both sides. Use a drill with an 8mm drill bit and a 60mm depth.
- Use a [hammer] to tap the plastic sleeve of the M5×60 self-tapping expansion screw into the hole.
- Use a [Phillips screwdriver] to fasten the M5×60 self-tapping screw against the L-Shape Wall Mount Fitting.
- Use a [Phillips screwdriver] to fasten the M5×10 combined Phillips screws against the L-Shape Wall Mount Fitting. Secure the interlocking bracket to the expansion battery using M5×10 combined Phillips screws to complete the installation.
Connecting with Solar Panels
Find the PV connector ports of your solar panels.
Connect each set of PV modules to the PV input ports in the Solarbank using the included Anker SOLIX Solar Panel Extension Cable (3m).
Connecting with FS20 Flexible Solar Panel (225W)
Install 4 solar panels with Y Solar Connection Cables. For parallel connections, connect the female connectors of two solar panels to the two male connectors of a Y Solar Connection cable, and the male connectors of the other two solar panels to the two female connectors of another Y Solar Connection Cable.
Note: FS20 Flexible Solar Panel has a high open circuit voltage and cannot be used in series.
Important Note: Never connect two or more components in series, as this will cause the input voltage to exceed 60V and damage the equipment.
Diagram Description: Shows parallel connection of four solar panels using Y-splitters to the Solarbank.
Installing the Smart Meter (Optional)
It is recommended to have a professional electrician install the smart meter.
Using as a Three-phase Smart Meter
Diagram Description: Shows wiring for a three-phase smart meter. Identifies phase wires (L1, L2, L3) and neutral (N). Mentions CT (current transformer) connections.
Phase Identification: Under normal circumstances, brown is L1, black is L2, grey is L3, and blue is Neutral (N). Green/Yellow is Ground (PE). For older German standards, red is L1, yellow is L2, blue is L3, black is N.
Steps:
- Turn off the power [power-off symbol].
- Wear insulating gloves. Take out the Smart Meter and CT from the package.
- Insert the Smart Meter into the distribution box rail, ensuring it is securely fastened.
- Prepare the corresponding color voltage wire. Connect it from an unused circuit breaker hole to the corresponding Smart Meter hole.
- Connect the CT wire to the CT socket.
- Snap the CT to L1/L2/L3 phases, paying attention to the direction of the current (e.g., Snap L1 CT to L1 in the direction of current).
Using as a Single-phase Smart Meter
Diagram Description: Shows wiring for a single-phase smart meter, identifying L1 and Neutral (N). Mentions CT connection.
Phase Identification: Under normal circumstances, brown is L1, and blue is Neutral (N). Wire colors should match actual home wiring.
Steps:
- Turn off the power [power-off symbol].
- Wear insulating gloves. Take out the Smart Meter and CT from the package.
- Insert the Smart Meter into the distribution box rail, ensuring it is securely fastened.
- Prepare the corresponding color voltage wire. Connect it from an unused circuit breaker hole to the corresponding Smart Meter hole.
- Connect the CT wire to the CT socket.
- Snap the L1 CT to L1 in the direction of the current.
LED Indicator Status
| LED Indicator | Status | Description |
|---|---|---|
| Solid red | Upgrading | |
| Solid blue | Working normally | |
| Flashing green | Working normally (Grid data collected) | |
| Solid red | Working normally (Unable to collect grid data) | |
| Solid green | Wi-Fi or Bluetooth connection completed | |
| Flashing blue | No Wi-Fi or Bluetooth connection |
After successful connection, the Smart Meter powers on automatically. It turns off automatically if the App is not used for network configuration within 30 minutes.
Using the Smart Plug (Optional)
Up to 6 Smart Plugs can be connected.
Diagram Description: Shows a Smart Plug connected to an outlet.
Using the App
Download the App
Search for "Anker" and download the App via the App Store or Google Play. Alternatively, scan the QR code to go to the corresponding application store.
Modes
- Self-Consumption: Solarbank intelligently charges and discharges based on real-time household power demand determined by the Smart Meter. (Requires Smart Meter or Smart Plug. Up to 6 Smart Plugs can be connected.)
- Custom Mode: Set a schedule for Solarbank to discharge a fixed amount of power into your home load at different times. Extra energy is stored in Solarbank.
- Smart Plug Mode: After setting a custom discharge strategy, the Smart Plug consumes additional green power energy without affecting the existing strategy. (Requires Smart Plug. Up to 6 Smart Plugs can be connected.)
- Time of Use: Battery modules charge during low utility rates and power your home during high utility rates. Edit your utility rate plan for weekdays and weekends.
- Manual Backup: Set a time period for the device to quickly charge to full capacity, after which it enters other modes.
Customer Service
Email: support@anker.com
Germany Phone: +49 (800) 000 2522
