Storage Inverter

The user can connect the double meter to the energy storage machine according to the usage requirements to monitor the power of the inverter and the energy storage machine respectively. The specific setting is to set "Mode change➡Sensor➡Meter" through the LCD, one meter is connected to the "CT1/METER1" port, and the other meter is connected to the "485-1" or "485-2" port.

Analysis：

    The energy storage machines under different MODELs have their output power upper limit, and this fault occurs when the machine output is overloaded.

Solution：

    Check whether the load of the energy storage machine exceeds the upper limit, and reduce the load to the rated range of the machine to solve the problem.

The user can connect the double meter to the energy storage machine according to the usage requirements to monitor the power of the inverter and the energy storage machine respectively. The specific setting is to set "Mode change➡Sensor➡Meter" through the LCD, one meter is connected to the "CT1/METER1" port, and the other meter is connected to the "485-1" or "485-2" port.

Analysis：

    The energy storage machines under different MODELs have their output power upper limit, and this fault occurs when the machine output is overloaded.

Solution：

    Check whether the load of the energy storage machine exceeds the upper limit, and reduce the load to the rated range of the machine to solve the problem.

The user can connect the double meter to the energy storage machine according to the usage requirements to monitor the power of the inverter and the energy storage machine respectively. The specific setting is to set "Mode change➡Sensor➡Meter" through the LCD, one meter is connected to the "CT1/METER1" port, and the other meter is connected to the "485-1" or "485-2" port.

Analysis：

    The energy storage machines under different MODELs have their output power upper limit, and this fault occurs when the machine output is overloaded.

Solution：

    Check whether the load of the energy storage machine exceeds the upper limit, and reduce the load to the rated range of the machine to solve the problem.

The user can connect the double meter to the energy storage machine according to the usage requirements to monitor the power of the inverter and the energy storage machine respectively. The specific setting is to set "Mode change➡Sensor➡Meter" through the LCD, one meter is connected to the "CT1/METER1" port, and the other meter is connected to the "485-1" or "485-2" port.

Analysis：

    The energy storage machines under different MODELs have their output power upper limit, and this fault occurs when the machine output is overloaded.

Solution：

    Check whether the load of the energy storage machine exceeds the upper limit, and reduce the load to the rated range of the machine to solve the problem.

The user can connect the double meter to the energy storage machine according to the usage requirements to monitor the power of the inverter and the energy storage machine respectively. The specific setting is to set "Mode change➡Sensor➡Meter" through the LCD, one meter is connected to the "CT1/METER1" port, and the other meter is connected to the "485-1" or "485-2" port.

Analysis：

    The energy storage machines under different MODELs have their output power upper limit, and this fault occurs when the machine output is overloaded.

Solution：

    Check whether the load of the energy storage machine exceeds the upper limit, and reduce the load to the rated range of the machine to solve the problem.

The user can connect the double meter to the energy storage machine according to the usage requirements to monitor the power of the inverter and the energy storage machine respectively. The specific setting is to set "Mode change➡Sensor➡Meter" through the LCD, one meter is connected to the "CT1/METER1" port, and the other meter is connected to the "485-1" or "485-2" port.

Analysis：

    The energy storage machines under different MODELs have their output power upper limit, and this fault occurs when the machine output is overloaded.

Solution：

    Check whether the load of the energy storage machine exceeds the upper limit, and reduce the load to the rated range of the machine to solve the problem.