We offer Grid Tied Solar Inverter with SCADA System that is used for converting the solar power to AC. With three single phase inverters that are connected to one solar string, these Grid Tied Solar Inverters are reliable during GRID failure. In order to feed 2 MW power 8 of these units are connected with each other. Besides, one medium voltage transformer can connect grid with the output of these systems. Appreciated For

• Easy export to 1, 2 or 3 utility phasesTime stamped operational and fault parameter
• MPPT to adjust DC link voltage
• Lower night consumption
• Maximum solar generation capacity
• Remote control operation via internet
• Logging of operational parameters and power generated in a local computer

• Mains under voltage
• Output fuse
• High voltage in DC link
• Output over load
• Mains over voltage
• Over temperature
• Input and output MCCB
• Surge protection in solar input and mains input
• Output short circuit
• Grid islanding

• Operating status (sequence)
• Fault status (detection)
• LEDs are provided
• LCD display displays all operational parameters and fault
• Time stamped fault logging with RTC
• Keyboard for fault checking
• Status monitoring in PC with RS232/485 interface
• Easy access via internet

We offer Grid Tied Solar Inverter with SCADA System that is used for converting the solar power to AC. With three single phase inverters that are connected to one solar string, these Grid Tied Solar Inverters are reliable during GRID failure. In order to feed 2 MW power 8 of these units are connected with each other. Besides, one medium voltage transformer can connect grid with the output of these systems. Appreciated For

• Easy export to 1, 2 or 3 utility phasesTime stamped operational and fault parameter
• MPPT to adjust DC link voltage
• Lower night consumption
• Maximum solar generation capacity
• Remote control operation via internet
• Logging of operational parameters and power generated in a local computer

• Mains under voltage
• Output fuse
• High voltage in DC link
• Output over load
• Mains over voltage
• Over temperature
• Input and output MCCB
• Surge protection in solar input and mains input
• Output short circuit
• Grid islanding

• Operating status (sequence)
• Fault status (detection)
• LEDs are provided
• LCD display displays all operational parameters and fault
• Time stamped fault logging with RTC
• Keyboard for fault checking
• Status monitoring in PC with RS232/485 interface
• Easy access via internet