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Narada Batteries

Narada Batteries

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Supported Models & Communication Method

Models

Communication Method

Models

Communication Method

100AH

RS485 (Modbus)

200AH

Ethernet (SNMP)

Pinout

100AH Model - RS485 (Modbus)

  • Pin 2 - RS485 A

  • Pin 3 - RS485 B

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Physical Installation

It is recommended, whenever possible, to connect the smart batteries to RS485 Port 2, separately from other RS485-connected devices and sensors such as fuel sensors, power meters, etc. This approach enhances surge protection for the batteries and isolates them from potential surges affecting the other RS485-connected devices.

100AH Model - RS485 (Modbus)

Connect an Ethernet LAN cable from the Galooli Gateway/Computer to the RS485 A port on the left side of the first battery. Ensure that the right-side RS485 port is used to connect the first battery to the left-side RS485 port of the second battery. Continue this daisy-chain connection for all additional batteries.

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200AH Model - Ethernet (SNMP)

Connect an Ethernet LAN cable from the first battery to the Ethernet switch. Then, connect all remaining batteries and the Galooli gateway to the same Ethernet switch.

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Device Configuration

100AH Model - RS485 (Modbus)

  1. Identify pins 2 and 3 as RS485 communication lines, and connect them to the corresponding terminals on the RS485-to-USB converter.

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  2. Download and open the “Tian_Power Energy Storage BMS V1.5.73”, select the COM, open the port to read the batteries.

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200AH Model - Ethernet (SNMP)

  1. Configure the computer's Ethernet settings as shown below.

Device IP

 192.168.100.58

Subnet mask

 255.255.255.0

Gateway

 192.168.100.1

Host IP (Web/Elara configuration)

 192.168.100.50

  1. On the web browser use below IP Address.

    • 192.168.100.50

  2. Log in as;

    1. User

    2. Password 123456

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  1. You will be logged into the battery interface, as shown below.

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NOTE: If you need to change the IP Address:

  1. Log in as Admin with Password 654321.

  2. Read All parameters.

  3. Go to Setting Change the Address. See below.

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Power Center Configuration

100AH Model - RS485 (Modbus)

Note the ID is set by dipswitches on the battery. Setting ID=1 on the battery result in physical ID 39 (.. and so on) for configuration.

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ID Assignments

Battery

Device IP

Virtual ID

1

39

70

2

40

71

3

41

72

4

42

73

5

43

74

200AH Model - Ethernet (SNMP)

The SNMP bases integration require separate IP per battery (all connected via ethernet hub/switch) so we defined the base IP for battery 1 to 192.168.100.50 (battery 2 to 192.168.100.51, etc.)

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Note the ID is set by dipswitches on the battery. setting ID=1 on the battery result in physical ID 39 (.. and so on) for configuration.

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ID Assignments

Battery

Device IP

Virtual ID

1

192.168.100.50

70

2

192.168.100.51

71

3

192.168.100.52

72

4

192.168.100.53

73

5

192.168.100.54

74

Supported Parameters

Power Center Parameters

System Parameters

Remarks

Power Center Parameters

System Parameters

Remarks

Voltage

Smart_Battery_X.Voltage [V]

BMS Voltage

Current

Smart_Battery_X.Current [A]

BMS Current

Battery_SOC_Percentage

Smart_Battery_X.SOC

BMS SOC

Battery_Rated_Capacity

Smart_Battery_X.Total Capacity

BMS AH

Battery Cycles

Smart_Battery_X.Cycles

BMS Cycles

Battery_SOH

Smart_Battery_X.SOH

BMS SOH

Temperature_1

Smart_Battery_X.Temperature_Max [Celsius]

 

Battery Temperature

Temperature_2

Smart_Battery_X.Temperature_ Min [Celsius]

Temprature_3

 Smart_Battery_X.Temperature_Min [Celsius]

Alarms List

TBA

Manufacturer Data