The Huawei SUN2000-8KTL-M1 three-phase hybrid inverter is designed for professional solar power plants. It combines high energy conversion efficiency with advanced control features and battery system integration. Specifications: - Nominal Power: 8kW - Maximum Efficiency: 98.6% - European Weighted Efficiency: 98.0% - Number of MPPT Trackers: 2 - Input Voltage Range: 140-980V - Starting Voltage: 200V - Maximum Input Voltage: 1,100V - Maximum Current per MPPT: 11A - Recommended PV Power: 12,000W - Maximum Battery Charge Power: 10,000W - Maximum Discharge Power: 8,800W Input / Output Parameters: - Three-phase connection (3W+N+PE) - Output Voltage: 220/380V, 230/400V - Frequency: 50/60Hz - Maximum Output Current: 13.5A - Power Factor Correction: 0.8 Leading/Lagging - Harmonic Level: ≤ 3% Compatible with batteries: - HUAWEI Smart String ESS (5-30 kW h) - Battery operating voltage: 600-980 V - Maximum charging current: 16.7 A Protective functions: - Built-in shutdown device - Island mode protection - DC / AC lightning protection Type II - Insulation control - Arc breakdown protection - PID recovery - Reverse battery charge protection Design features: - Dimensions: 525 × 470 × 147 mm - Weight: 17 kg - Protection rating: IP65 - Cooling: natural convection - Operating temperature: -25 ° C to + 60 ° C - Night consumption: < 5.5W Communications and control: - Built-in Wi-Fi module - Interfaces: RS485, Ethernet (via Smart Dongle) - Support 4G / 3G / 2G (optional) - Control via FusionSolar App - Compatible with SUN2000-450W-P optimizers Applications: - Commercial solar power plants - Industrial power systems - Hybrid systems with energy storage - Facilities with high reliability requirements - Systems with remote monitoring Advantages: - High conversion efficiency - Flexible configuration of input circuits - Reliable protection system - Easy integration with batteries - Advanced monitoring capabilities - Compliance with international standards The inverter ensures stable operation in various operating conditions and maximum efficiency from the solar power plant.