Anker SOLIX Solarbank 2 E1600 AC Quick Installation Guide
This guide provides instructions for the installation and setup of the Anker SOLIX Solarbank 2 E1600 AC. It covers system design, electrical connections, installation of the Solarbank and optional accessories, and app usage.
Optional Accessories
- Anker SOLIX BP1600 Expansion Battery
- Anker SOLIX Smart Meter
- Anker SOLIX Smart Plug
System Design
The system diagram illustrates a typical whole-home photovoltaic energy cycle, with the Anker SOLIX Solarbank 2 E1600 AC serving as the main energy storage equipment.
Diagram showing the Anker SOLIX Solarbank 2 E1600 AC as the central component in a home solar energy system, connected to solar panels and potentially expansion batteries, a smart meter, and a smart plug.Pre-Installation Instructions
Configuration Description
- One Anker SOLIX Solarbank 2 E1600 AC supports up to 5 Anker SOLIX BP1600 Expansion Batteries.
- The Solarbank 2 E1600 AC is compatible with the Anker SOLIX Smart Meter, Anker SOLIX Smart Plug, and some third-party devices.
Environment Requirements
- Do not place the modules near direct sunlight, fire, or explosive materials.
- Ensure the installation 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 use a grounded socket. Alternatively, the casing should be grounded. The grounding point is indicated in the diagrams.
- Measure distances and reserve sufficient space for heat dissipation and safety isolation (e.g., 30mm clearance).
What You Need
Before installation and electrical connection, ensure you have the following tools and components:
- Phillips Screwdriver
- Hammer
- Drill (with an 8mm drill bit, recommended screw torque: 2 N·m)
- Anker SOLIX Solarbank 2 E1600 AC
- Anker SOLIX BP1600 Expansion Batteries (if used)
- L-Shape Wall Mount Fitting (x2)
- Fixed Bracket (x2) (for BP1600 Expansion Battery)
- M5x60 Self-Tapping Expansion Screws (x2)
- M5x10 Combined Phillips Screws (x2)
- Anker SOLIX Solar Panel Extension Cable (3m)
- AC Cable with Schuko plug (5m)
- Solar Panels
Installation
The following steps describe the installation of one Solarbank 2 E1600 AC and two Expansion Batteries as an example.
- Place one expansion battery on the floor, approximately 30mm from the wall. Illustration showing an expansion battery placed 30mm from a wall.
- Use a Phillips screwdriver to remove screws and pry open the rubber plug on the battery. Note: Do not remove the bottom rubber plug when installing the bottom battery pack or only one Solarbank to prevent water damage. Diagram showing screw removal and prying open a rubber plug on the battery.
- Stack expansion batteries in sequence, with the Solarbank at the top, by inserting the corresponding ports into each other. Illustration of stacking multiple expansion batteries and the Solarbank.
- Pre-fasten the L-Shape Wall Mount Fitting to both sides of the first expansion battery under the Solarbank using M5x10 combined Phillips screws. Note: The L-Shape Wall Mount Fitting can be mounted on the front or the back. Diagram showing the attachment of L-Shape Wall Mount Fittings to the expansion battery.
- Mark the position of drilling holes on both sides. Use a drill with an 8mm drill bit to a depth of 60mm. Illustration showing marking drilling points and drilling holes.
- Use a hammer to tap the plastic sleeve of the M5x60 self-tapping expansion screw into the hole. Then, use a Phillips screwdriver to fasten the M5x60 screw against the L-Shape Wall Mount Fitting. Diagram showing insertion of plastic sleeves and fastening of expansion screws.
- Use a Phillips screwdriver to fasten the M5x10 combination Phillips screws against the L-Shape Wall Mount Fitting. Secure the interlocking bracket to the expansion battery using M5x10 combined Phillips screws to complete the installation. Illustration showing final fastening of screws to secure the bracket and battery.
Electrical Connections
Connecting Solar Panels
- Connect the Solarbank to the microinverter. Note: Never connect two or more components in series, as this can cause the input voltage to exceed 60V and damage the equipment.
- Find the PV connector ports on your solar panels.
- Connect each set of PV modules to the corresponding PV input ports on the Solarbank using the included Anker SOLIX Solar Panel Extension Cable (3m). Diagram showing PV connectors on solar panels and Solarbank, with extension cables connecting them.
Connecting with FS20 Flexible Solar Panel (225W)
Install 4 solar panels using 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. Connect the male connectors of the other two solar panels to the two female connectors of another Y Solar Connection Cable.
Note: The FS20 Flexible Solar Panel has a high open-circuit voltage and cannot be used in series. Diagram illustrating the parallel connection of four FS20 solar panels using Y-cables to the Solarbank's PV inputs.Connecting to Home Outlet
Connect the Solarbank to a home outlet using the included AC Cable with a Schuko plug (5m).
Diagram showing the Solarbank connected to a wall outlet via an AC cable.Installing the Smart Meter (Optional)
It is recommended to have a professional electrician install the Smart Meter.
Using as a Three-phase Smart Meter
- Identify the entry phases. Typically, brown is Live Wire L1, black is L2, grey is L3, and blue is Neutral Wire N (International Standard). Old German Standard colors may differ (Red for L1, Yellow for L2, Blue for L3, Black for N). Green/Yellow is always Ground (PE). Diagram showing phase identification for new and old house wiring standards (L1, L2, L3, N, PE).
- Turn off the power to ensure no risk of electric shock. Illustration of a circuit breaker switch in the 'OFF' position.
- Wear insulating gloves (provided by the user) and take out the Smart Meter and CT (current transformer) from the package.
- Insert the Smart Meter into the distribution box rail, ensuring it is securely fastened. Diagram showing the Smart Meter being mounted onto a DIN rail in a distribution box.
- Prepare the corresponding color voltage wire. Connect the voltage wire from an unused circuit breaker hole to the corresponding hole on the Smart Meter. Note: Install a voltage cable (purchase separately). Illustration of connecting voltage wires from circuit breakers to the Smart Meter.
- Connect the CT wire to the CT socket.
- Snap the CT to the L1/L2/L3 phases, paying attention to the direction of current flow. Snap L1 CT to L1, L2 CT to L2, and L3 CT to L3 in the direction of current. Diagram showing CT placement on L1, L2, L3 phases with arrows indicating current direction.
Using as a Single-phase Smart Meter
- Identify the entry phases. Typically, brown is Live Wire L1 and blue is Neutral Wire N. The wire colors should match the actual house wiring. Note: The color of the wire should be based on the actual color used in the home. Diagram showing phase identification for single-phase wiring (L1, N).
- Turn off the power to ensure no risk of electric shock. Illustration of a circuit breaker switch in the 'OFF' position.
- Wear insulating gloves (provided by the user) and take out the Smart Meter and CT (current transformer) from the package.
- Insert the Smart Meter into the distribution box rail, ensuring it is securely fastened. Diagram showing the Smart Meter being mounted onto a DIN rail in a distribution box.
- Prepare the corresponding color voltage wire. Connect the voltage wire from an unused circuit breaker hole to the corresponding hole on the Smart Meter. Note: A three-phase smart meter can be used as a single-phase smart meter. Illustration of connecting voltage wires from circuit breakers to the Smart Meter.
- Connect the CT wire to the CT socket.
- Snap the L1 CT to L1 in the direction of the current. Diagram showing CT placement on L1 phase with an arrow indicating current direction.
Smart Meter LED Indicator Status
| LED Indicator | Status | Description |
|---|---|---|
| ● Solid red | Upgrading | Unable to collect grid data |
| ● Solid blue | Working normally | No Wi-Fi or Bluetooth connection |
| ○ Flashing green | Working normally | Grid data collected |
| ● Solid green | Working normally | Wi-Fi or Bluetooth connection completed |
After successful connection, the Smart Meter is automatically powered on. If the user does not use the App for network configuration within 30 minutes, it will be turned off automatically.
Using the Smart Plug (Optional)
The Anker SOLIX Smart Plug can be used to consume additional green power energy without affecting existing strategies. Up to 6 Smart Plugs can be connected.
Using the App
Download the App
Search for "Anker" on the App Store or Google Play to download the app. Alternatively, scan the provided QR code to go to the corresponding application store.
QR code for downloading the Anker app.Modes
- Self-Consumption: The Solarbank intelligently charges and discharges based on real-time power demand from household loads, as determined by the Smart Meter. Note: Self-Consumption mode is only available when the Smart Meter or Smart Plug is added to the system. You can connect up to 6 Smart Plugs.
- Custom Mode: Set a schedule for the Solarbank to discharge a fixed amount of power into your home load at specific times. Excess energy is stored in the Solarbank.
- Smart Plug Mode: After setting a custom discharge strategy, the Smart Plug consumes additional green power energy without impacting the existing strategy. Note: Smart Plug mode is only available when the Smart Plug is added to the system. You can connect up to 6 Smart Plugs.
- Time of Use: The battery modules charge during periods of low utility rates and power your home during periods of high utility rates. Ensure your utility rate plan is edited for weekdays and weekends.
- Manual Backup: Set a time period for the device to quickly charge to full capacity. After this period, the device will enter other modes.
Customer Service
Email: support@anker.com
Germany Phone: +49 (800) 000 2522
