6KW 48V 220V Hybrid Inverter Supports 6 Units in Parallel

Note:Grid-feed rules vary by region. Contact us before purchase if grid export is needed.

Delivering 6000W AC output with a wide PV array MPPT voltage range of 50–500Vdc, this inverter offers separate AC input ports for both utility power and generators. It supports 3 flexible charging modes and 4 smart output modes, ensuring efficient, adaptable, and reliable energy management for various applications.

Equipped with independent PV1 and PV2 inputs supporting up to 9000W 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 (6000W + 4200W), it ensures stable power for essential loads while efficiently managing non-essential ones for optimized energy use.

The POW-SPH-6KW offers powerful scalability, supporting up to six inverters in parallel with a total capacityof 36KW to easily meet higher load demands. Compatible with single-phase 230V and three-phase 400V contlguratlons, it allows tlexlble deployment-either enhancing single-phase output through parallel operation orforming a three-phase system to suit industrial and commercial applications.

Built with IP65 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.

With an integrated WiFi module, the inverter connects automatically upon startup—no extra hardware required. Users can monitor voltage, current, and power in real time via the mobile app, with intuitive graphical displays showing generation, consumption, and storage trends anytime, anywhere.

Supports up to 5 customizable time slots for flexible battery charge and discharge scheduling. Enables peak shaving and valley filling, charging during off-peak hours and discharging during peak times to maximize savings and efficiency.