PV-Controller HUAWEI SUN 2000-100KTL-M2 — ελεγκτής απόδοσης 100 kW

HUAWEI SUN 2000-100KTL-M2 is a 100 kW PV controller designed for commercial and industrial photovoltaic installations. It performs power conversion, system monitoring and optimization tasks to provide stable energy output and improve overall plant efficiency. The controller supports integration with PV arrays and the balance of system equipment, offering centralized management of generation data and operational parameters.

Advantages

The device delivers high-capacity power conversion with a rated output of 100 kW, enabling reliable handling of medium to large PV arrays. Integrated monitoring and control functions allow real-time tracking of PV output and operating conditions, while built-in optimization algorithms improve energy yield and reduce losses. The controller is designed for continuous operation and simplified maintenance, with features that support grid compliance and coordinated interaction with other system components.

Suitable for

• Commercial rooftops and carport PV systems
• Industrial PV plants and factory installations
• Small utility-scale arrays and commercial microgrids
• Sites requiring centralized PV monitoring and grid-interactive control

Key specifications

• Rated power output: 100 kW
• Application: commercial and industrial photovoltaic systems
• Functions: power conversion, monitoring, and optimization of PV output
• Integration: compatibility with PV arrays and balance-of-system equipment for centralized control
• Operation: designed for continuous use with features supporting grid compliance and system coordination

How to use

Install the PV controller in accordance with site electrical design and local regulations, ensuring correct connection to the PV array, AC distribution and monitoring network. Configure system parameters through the device interface or connected management platform to match array characteristics and grid requirements. Use integrated monitoring tools to verify output, adjust operating setpoints, and enable optimization features that improve energy yield. Follow standard commissioning procedures to validate protections and communications before full operation.

Recommendations

Position the controller in a ventilated, weather-protected enclosure with adequate clearance for heat dissipation. Schedule periodic checks of electrical connections, firmware updates and monitoring logs to maintain optimal performance. Coordinate inverter and controller settings with grid operator requirements and protective devices to ensure safe and compliant operation.