Using vast experience of designing of such power electronic products embedded with technological excellence from Australia , offers state-of-art single phase Hybrid Solar Inverter-Cum- charger system.
It consists of MPPT PWM Solar Charge Controller with Hybrid Inverter. As per the requirement, the same inverter can supply full DC power for charging of battery through 230V AC mains (wherever available). The Inverter can thus both charge the battery or supply the AC to connected Loads through Grid synchronisation. Provision for command to start / stop of DG set also available, in case battery gets discharged beyond certain level.
Inverter can also be configured to export surplus power to grid. The different control & monitoring options available are:

• Via the front panel LCD display and membrane key-pad. A structured, software menu-driven system is available for monitoring and setting up the inverter.
• Via a RS-232 / RS-485 and RJ-45 TCP/IP connection. These connections can be utilized to connect a PC to monitor and configured the inverter locally.
• The inverter can be connected to a SCADA system through the TCP/IP communication port available.

Using vast experience of designing of such power electronic products embedded with technological excellence from Australia , offers state-of-art single phase Hybrid Solar Inverter-Cum- charger system.
It consists of MPPT PWM Solar Charge Controller with Hybrid Inverter. As per the requirement, the same inverter can supply full DC power for charging of battery through 230V AC mains (wherever available). The Inverter can thus both charge the battery or supply the AC to connected Loads through Grid synchronisation. Provision for command to start / stop of DG set also available, in case battery gets discharged beyond certain level.
Inverter can also be configured to export surplus power to grid. The different control & monitoring options available are:

• Via the front panel LCD display and membrane key-pad. A structured, software menu-driven system is available for monitoring and setting up the inverter.
• Via a RS-232 / RS-485 and RJ-45 TCP/IP connection. These connections can be utilized to connect a PC to monitor and configured the inverter locally.
• The inverter can be connected to a SCADA system through the TCP/IP communication port available.