GROWATT hübriidmuundur MID-15KTL3-XH 15kW

The GROWATT Falownik hybrydowy MID-15KTL3-XH 15kW is a powerful and versatile hybrid inverter designed for efficient solar energy conversion and battery integration. This high-performance device offers an impressive array of features that make it an excellent choice for both residential and commercial solar installations.

• High power output: Delivers up to 15000W of AC nominal power with a maximum apparent power of 16500VA
• Flexible PV input: Supports up to 22000W of recommended PV power with a wide MPPT voltage range of 160V-1000V
• Dual MPPT trackers: Ensures optimal energy harvesting from multiple solar array configurations
• Battery compatibility: Works seamlessly with APX LV Battery System (5kWh-60kWh) for energy storage
• High efficiency: Boasts a maximum efficiency of 98.75% and European efficiency of 98.5%
• Comprehensive protection: Includes DC reverse polarity protection, AC/DC surge protection, and AFCI protection among others
• Smart cooling: Utilizes intelligent air cooling system for optimal performance
• Durable design: Features IP66 protection degree for outdoor installation and operates in temperatures from -25°C to +60°C
• User-friendly interface: Equipped with OLED display, LED indicators, and WiFi connectivity for easy monitoring
• Multiple communication options: Supports USB, RS485, WiFi, GPRS, LAN, and RF interfaces
• Compact and lightweight: Measures 580 x 435 x 230 mm and weighs only 29.5 kg for easy installation
• Transformerless topology: Ensures higher efficiency and lower nighttime power consumption (<5.5W)
• Flexible AC output: Compatible with 220V/380V and 230V/400V grid voltages and 50/60Hz frequencies
• Long-term reliability: Backed by a 10-year warranty for peace of mind

The GROWATT Falownik hybrydowy MID-15KTL3-XH 15kW stands out as a top-tier hybrid inverter that combines high performance, versatility, and reliability. Its advanced features, coupled with robust protection mechanisms and user-friendly design, make it an ideal solution for those seeking to maximize their solar energy utilization while ensuring a stable and efficient power supply.