Huawei SUN2000-150KTL-MG0 150 kW Inverter

The Huawei SUN2000-150KTL-MG0 is a powerful and intelligent three-phase 150kW on-grid inverter designed for commercial and industrial PV systems, offering exceptional performance and reliability.

• High Efficiency: Boasting a maximum efficiency of 98.8% and European efficiency of 98.4%, ensuring optimal energy conversion.
• Multiple MPPTs: Equipped with 7 MPPTs to maximize energy harvesting from multiple solar panel strings, especially in complex installations with varying shading conditions.
• Smart PV Controller: Designed for high energy yield and reliability, optimizing performance.
• Arc Fault Circuit Interrupter (AFCI): AI-powered for accurate fault location and swift disconnection (0.5s) to clear fire risks.
• PV Ground-Fault Protection: Rapid shutdown within 15 milliseconds in case of a ground fault, ensuring safe operation.
• Smart String Level Disconnector (SSLD Tech): Enhances safety and reduces fire risk on the DC side.
• Smart Connector Temperature Detection: Monitors connector temperatures and triggers alarms/shutdowns for abnormal readings.
• Wide Operating Temperature Range: Reliable operation in extreme conditions from -25°C to 60°C.
• Robust Design: IP66 protection degree, making it dustproof, waterproof, and resistant to salt fog.
• Compatibility: Suitable for large commercial/small solar utilities and particularly suitable for systems with energy storage (C&I batteries).
• Communication Options: Comprehensive communication interfaces including RS485, USB, and optional Smart Dongle (4G/WLAN).
• Surge Protection: Integrated DC & AC Type II surge arresters for lightning protection.

This smart PV controller features a transformerless topology, contributing to higher efficiency and lighter weight. Its advanced functionalities, such as smart IV curve diagnosis and PID recovery, ensure optimal operation and maintenance. The Huawei SUN2000-150KTL-MG0 is an excellent choice for businesses seeking a reliable, efficient, and safe solar energy solution, designed to maximize energy yield and minimize operational risks in demanding commercial and industrial environments.