The Huawei SUN2000-8KTL three-phase grid-tie inverter is a modern solution for converting solar energy into electricity with high efficiency. Designed for commercial and industrial solar power plants, it ensures stable operation and easy integration into various power systems. Main Specifications:- Nominal Power: 8kW- Maximum Efficiency: 98.5%- European Weighted Efficiency: 98.0%- Number of MPPT Trackers: 2- MPPT Input Voltage Range: 200-950V- Starting Voltage: 250V- Maximum Input Voltage: 1,000V- Maximum Current per MPPT: 18A- Maximum PV Power: 9,000W- Number of Input Strings: 4 (2 per MPPT) Output Parameters:- Three-Phase Connection- Nominal Output Voltage: 220/380V, 230/400V- Frequency: 50/60Hz- Maximum Output Current: 13.4A- Power Factor Correction: 0.8 Leading/Lagging- Harmonic Level: < 3% Protective functions: - Built-in input disconnect device - Island mode protection - Reverse polarity protection - DC / AC lightning protection Type II - Insulation monitoring - Residual current device (RCD) - Overheating protection Design features: - Dimensions: 520 × 610 × 255 mm - Weight: 40 kg - Protection class: IP65 - Cooling: natural convection - Noise level: < 29 dB- Operating temperature: -25 ° C to + 60 ° C Communication capabilities:- Graphic LCD display- Interfaces: RS485, USB- Support for remote monitoring- Built-in Wi-Fi module Compatibility and certification:- Compliance with IEC 61727, IEC 62116- VDE-AR-N-4105, AS 4777 certification- Compatibility with various types of solar modules Application: The Huawei SUN2000-8KTL inverter is ideal for:- Commercial solar power plants- Industrial power systems- Facilities with uneven panel placement- Systems requiring high reliability and protection- Projects with the need for remote monitoring Advantages:- High energy conversion efficiency- Flexible connection thanks to two MPPTs- Reliable protection against external influences- Easy installation and maintenance- Compliance with international safety standards The inverter ensures maximum output from a solar power plant, minimizing energy losses and ensuring stable electricity supply.