Inversor solar HUAWEI SUN 2000-36KTL-M3 36 kW trifásico controlador PV

HUAWEI SUN 2000-36KTL-M3 is a three-phase 36 kW solar inverter designed for medium-to-large rooftop and ground-mounted photovoltaic installations. It converts DC power from PV arrays into three-phase AC suitable for grid connection, enabling centralized power conversion for commercial and industrial systems. The inverter supports grid-tied operation and can supply on-site loads while exporting surplus energy to the utility network.

Advantages

The inverter offers high conversion efficiency and a compact design that simplifies installation and reduces balance-of-system costs. Integrated protection and monitoring functions provide reliable operation and facilitate system supervision. Its three-phase output and 36 kW rating make it suitable for multi-string PV arrays and larger power demands, while built-in grid compliance features support safe, grid-friendly operation.

Suitable for

• Commercial rooftop photovoltaic systems
• Small industrial and manufacturing facility PV installations
• Ground-mounted medium-scale solar farms
• Commercial buildings requiring grid-tied power export

Key specifications

• Rated AC output power: 36 kW three-phase
• Application: grid-tied PV systems for commercial/industrial use
• Power conversion: DC input from PV arrays to three-phase AC output
• Installation: wall- or structure-mounted for rooftop or ground-mount arrays
• Monitoring: integrated status and performance monitoring capabilities
• Protection features: built-in electrical and grid protection functions

How to use

Install the inverter according to local electrical codes and the manufacturer’s installation manual, selecting an appropriate mounting location that provides ventilation, weather protection, and access for maintenance. Connect PV array DC inputs to the inverter’s DC terminals, and wire the three-phase AC output to the site's distribution panel or meter point via appropriately rated circuit breakers and protective devices. Configure grid parameters and monitoring settings through the inverter interface or remote monitoring platform before energizing the system. Commission the system following recommended procedures and verify proper operation, metering, and grid compliance.

Recommendations

Ensure professional installation by a qualified electrician or certified solar installer. Perform regular inspections and firmware updates, monitor performance logs, and maintain clearances around the unit for cooling. Follow local grid-code requirements for anti-islanding and export limits to ensure safe, compliant operation.