TURBO ENERGY 6.0H SMA Sunny Island Battery Inverter 4.6KW User Guide

TURBO ENERGY 6.0H SMA Sunny Island Battery Inverter 4.6KW User Guide

Cable connect in inverter

Keep both inverter and battery completely off. Connect power cable and Battery-Inverter Communication cable to inverter firstly. This comm cable from inverter RJ45 port（ComSyncIn） to Battery IN port. It’s a standard cable that PIN sequence is T-568B on the 2 sides.

Modules in parallel connection

Connecting the parallel cable and comms cable between module and module. Note the Bat-Bat comms cable is from the master CAN OUT to slave1 CAN IN,slave1 CAN OUT to slave2 CAN IN… Then connect Battery-Inverter Communication cable to master battery IN.

Connect the power cable to battery system

Generally, we use 1 pair of power cable, and connect them diagonally, one is on the top and another one is on the bottom. But when the inverter power more than 5kW, we recommend customer to connect 2 pairs of power cables, as the below shows.

Because 1 pair of power cable Max. continuous current is 120A,if the current is too high on one cable, it will cause the socket and plug temperature become too high, affect the battery performance

Dial DIP switch on master

Make sure master battery is dialed as below method.

All the slaves DIP mode keep 0000.
Must set DIP mode before starting the battery.
If the battery is only one, make sure DIP mode is 0010.

Breaker between inverter and battery

Connect DC breaker between inverter and battery to protect both products.

Power on the batttery system

Switch on all the modules rocker switch firstly. Secondly long press the master SW button to wake up the master battery, then slaves battery will be woken up automatically one by one.

Switch on DC breaker between the battery system and inverter

Switch on DC breaker.

Switch on the inverter

Pressing the “ON” button will switch the Sunny Island on. Inverter is in standby mode after being switched on.

Establish a connection to the user interface of the inverter

1. Establishing a direct connection via WLAN.
2. SSID in WLAN: SMA[serial number] (e.g SMA0123456789).
3. Device-specific WLAN password: see WPA2-PSK on the type label of the product or the rear side of the manual included in delivery.
4. Standard access address for a direct connection via WLAN outside of a local network: http://smalogin.net or 192.168.12.3
5. Establishing a Direct Connection via Ethernet.
6. Using a standard communication cable from inverter RJ45 port (Com ETH) to computer Ethernet interface.
7. Standard inverter IP address for the direct connection via Ethernet: 169.254.12.3

Logging In the User Interface

After a connection to the user interface of the inverter has been established, the login page opens. Log in as Installer for the First Time. The passwords for the user groups Installer is WPA2-PSK on the type label of the product.

Starting Page Design of the User Interface

Once you have logged into the user interface as Installer, the installation assistant opens automatically, Follow the installation assistant steps and make the settings appropriate for your system. Once all settings are correct, select [Next] int the summary. Then the start page of the user interface opens.

Battery and inverter are connected
Now, we can see that communication between battery and inverter is success.

Power on the AC/Grid

Next, press the start-stop button, you can start the system.

Battery starts to charage.

You are ready to go

• Max Charging (Bulk) Voltage: 53.5V
• Absorption Voltage: 53V
• Float Voltage: 52.5V
• Shut Down (cut off) Voltage: 47V
• Shut Down (cut off) SOC: 20%
• Restart Voltage: 49V
• Max Charge Current: 25A*battery QTY
• Max Discharge Current: 25A*battery QTY

Shut Down
Lithium series 48V 2.4 kWh/ Lithium series 48V 3.6 kWh Paralelo

1. Remove all the load.
2. Disconnect Grid.
3. Turn off DC breaker between the battery and inverter.
4. Turn off the inverter power switch, shut down the inverter.
5. Long press SW button to power off the battery, from the master to the slaves one by one. Then switch off all the batteries’ Power switch.

Note:

1. Battery LED has three colors:
   Green means state of charge is more than 50%. Orange means state of charge is between 50% and 20%. Red means state of charge is less than 20%.

2. Inverter LED has two colors:
   Orange means inverter is in standby or energy-saving mode. Green means inverter is in operation.

References

• Turbo Energy | Solar innovation | Home

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