6.6KW 48V 220V All in One Inverter Supports 9 Units in Parallel

The 6.6KW solar Inverter combines advanced technology with user-friendly design, offering an intuitive touchscreen interface for seamless monitoring and control. With real-time data display, easy system management, and quick troubleshooting, it provides a convenient way to optimize energy usage and ensure peak performance

Built with IP66 waterproof and dustproof protection, this inverter ensures reliable operation even in harsh environments by preventing dust intrusion and water jets. Its high-strength engineering plastic housing and UV-resistant sealing rings provide excellent durability against heat, sunlight, and weathering—guaranteeing long-term safety and performance for outdoor installations.

The 6.6KW offers powerful scalability, supporting up to six inverters in parallel with a total capacity of 59.4KW to easily meet higher load demands. Compatible with single-phase 230V and three-phase 400V configurations, it allows flexible deployment-either enhancing single-phase output through parallel operation or forming a three-phase system to suit industrial and commercial applications.

Equipped with independent PV1 and PV2 inputs supporting up to 12000W total solar capacity, this inverter offers flexible configuration and high power efficiency. The plug-and-play MC4 connectors allow quick, tool free installation. With a dual output design, it ensures stable power for essential loads while efficiently managing non-essential ones for optimized energy use.

The 6.6KW solar inverter’s Flexible Time-of-Use (TOU) Settings let users customize energy consumption based on off-peak hours, optimizing savings by taking advantage of lower electricity rates. It allows for efficient charging and discharging, making energy management more cost-effective and tailored to individual needs.

Real-time monitoring of key battery parameters helps prevent issues like overcharging, over-discharging, and overheating, offering reliable protection for home safety. It provides accurate readings of State of Charge (SOC) and State of Health (SOH), so users can avoid unexpected power outages and plan energy use more intelligently.