Inverter HUAWEI SUN2000-215KTL_H0 200 kW 9-MPPT solar string inverter

HUAWEI SUN2000-215KTL_H0 is a 200 kW solar string inverter designed for commercial and utility-scale photovoltaic installations. It converts direct current (DC) produced by PV arrays into three-phase alternating current (AC) suitable for grid connection and facility consumption. With nine independent MPPT inputs, the inverter supports multiple string orientations and varied irradiance conditions while providing integrated monitoring and protection functions to maintain stable power delivery.

Advantages

The inverter offers multi-MPPT architecture to maximize energy harvest from complex rooftop or ground-mounted arrays with different orientations or shading patterns. High power output and efficient conversion reduce the number of units required for large installations, while built-in protection features and monitoring capabilities simplify operation and maintenance. The design emphasizes reliability and compatibility with commercial grid requirements.

Suitable for

• Commercial rooftop photovoltaic systems
• Medium to large ground-mounted solar farms
• Industrial facilities seeking on-site generation and grid export
• Projects with multiple string orientations or partial shading

Key specifications

• Output power: 200 kW three-phase AC suitable for grid connection
• Maximum power point trackers: 9 independent MPPT inputs for optimized string-level tracking
• Topology: string inverter designed for centralized deployment in commercial and utility installations
• Cooling and thermal management: integrated thermal design for continuous operation under varying ambient conditions
• Monitoring and communications: supports remote monitoring and standard communication interfaces for system integration
• Protection features: integrated electrical protection functions to safeguard against common PV system faults

How to use

Install the inverter in a well-ventilated, service-accessible location according to local electrical codes and the manufacturer’s installation instructions. Connect DC input strings to the appropriate MPPT inputs, ensuring string voltages and currents are within the allowed ranges for safe operation. Make three-phase AC connections to the facility or grid point of common coupling via proper breakers and metering. Configure communication and monitoring settings to enable remote supervision and performance logging. Commission the system following standardized testing procedures to verify correct operation and protection settings.

Usage recommendations

Ensure routine inspection of electrical connections, ventilation paths, and firmware updates. For sites with varied array orientations or frequent partial shading, use the multi-MPPT capability to distribute strings by orientation to improve overall yield. Coordinate grid interconnection and protection settings with the local network operator to comply with grid codes.