Growatt MOD 6000TL3-XH(BP) 6 kW Hybrid Inverter
The Growatt MOD 6000TL3-XH(BP) represents a cutting-edge solution in hybrid solar inverter technology, masterfully combining solar power management with advanced battery storage capabilities. This powerful 6kW inverter stands out for its exceptional versatility and high-performance specifications, making it an ideal choice for both residential and small commercial solar installations.
- Impressive dual MPPT technology with a wide voltage range of 140V-1000V, ensuring optimal power harvest across varying conditions
- Superior maximum efficiency of 98.4% and European efficiency of 97.5%, delivering exceptional energy conversion performance
- Robust battery compatibility with both ARK 27 and APX HV systems, supporting capacity ranges from 5kWh to 30kWh
- Advanced self-consumption monitoring with 24-hour tracking capabilities
- Comprehensive protection features including Type II SPD on both DC and AC sides
- Professional-grade IP66 protection rating for outstanding weather resistance
- Flexible installation with wall-mounting design and compact dimensions (425 x 387 x 178 mm)
- User-friendly OLED display with LED indicators and WiFi connectivity for remote monitoring
- Substantial maximum AC apparent power of 7000VA with adjustable power factor
- Enhanced safety features including anti-islanding protection and active arcing protection
- Wide operating temperature range from -25°C to +60°C for reliable performance
- Natural convection cooling system for silent operation and minimal maintenance
The Growatt MOD 6000TL3-XH(BP) emerges as a comprehensive energy solution that seamlessly integrates solar power generation with advanced storage capabilities. Its robust build quality, coupled with state-of-the-art protection features and monitoring capabilities, makes it an excellent investment for those seeking a reliable and efficient hybrid inverter solution. Whether for new installations or system upgrades, this inverter delivers outstanding performance while ensuring maximum energy utilization and system safety.