Three-phase inverter HUAWEI SUN2000-100KTL-M2 100 kW, 10 MPPT inputs

HUAWEI SUN2000-100KTL-M2 is a three-phase grid-tied inverter with a 100 kW nominal output and ten independent MPPT inputs. Engineered for commercial and industrial photovoltaic systems, it consolidates power conversion for large rooftop and ground-mounted arrays, enables management of multiple PV string groups and provides compatibility with system monitoring solutions. The inverter supports balanced three-phase output and is intended for installation where centralized, high-capacity DC-to-AC conversion is required.

Advantages

The inverter combines high nominal power with multiple MPPT inputs to maximize energy yield from installations that have varying string orientations, shading conditions or module types. Its three-phase design ensures even power distribution to the grid and reduces imbalance. Built-in monitoring and communication capabilities allow integration with plant supervision tools for real-time performance tracking and fault diagnostics. The unit's industrial-grade construction and thermal management support continuous operation in commercial and light industrial environments.

Suitable for

• Large commercial rooftop solar systems
• Ground-mounted utility-scale PV arrays
• Industrial facilities requiring centralized inverter capacity
• Applications with multiple string orientations or partial shading

Key specifications

• Nominal AC output power: 100 kW
• Topology: three-phase grid-tied inverter
• Number of MPPT inputs: 10 independent MPPT channels
• Suitable for multiple PV string groups and mixed orientations
• Integrated communication interfaces for monitoring and SCADA integration
• Designed for commercial and industrial photovoltaic installations

How to use

Install the inverter according to local electrical codes and the manufacturer's installation manual, ensuring proper mounting, ventilation and clearances. Connect PV string inputs to the designated MPPT channels, matching string voltages and expected operating ranges to the inverter's DC input specifications. Link the AC output to the site's three-phase distribution or grid connection through an appropriately rated breaker and protective equipment. Configure communication settings and monitoring parameters after energizing the unit to enable remote supervision and data logging.

Usage recommendations

For optimal performance, design the PV array layout to take advantage of the ten MPPT inputs by grouping strings with similar orientation and tilt per MPPT. Ensure regular inspection of ventilation paths and connections, and use supported monitoring tools to track energy production and detect deviations promptly.