Inversor híbrido SOLAX X3-NEO-15K-LV 15kW 30kVA 2 MPPT seccionador DC bornes CT

The SOLAX X3-NEO-15K-LV is a high-performance three-phase hybrid inverter designed for residential and commercial solar systems with battery storage. It offers a nominal AC output of 15 kW and a peak off-grid power of 30 kVA, making it suitable for demanding applications. With 2 MPPT trackers and a maximum PV input of 22.5 kW, it ensures efficient energy harvesting. The inverter includes an integrated DC switch and CT clamps for easy installation and monitoring.

Advantages

High efficiency up to 97.8%, natural convection cooling for silent operation, IP65 protection for outdoor use, and wide operating temperature range from -30°C to +60°C. Supports multiple communication interfaces including RS485, CAN, USB, and optional WiFi/GPRS for remote monitoring.

Suitable for

• Three-phase residential and commercial solar systems
• Hybrid systems with battery storage (Li-Ion or lead-acid)
• Applications requiring high peak power output (up to 30 kVA for 60s)

Key specifications

• Inverter Type: Hybrid (Grid-tied with Battery Storage)
• Phase: Three-Phase
• Nominal AC Output Power: 15000 W
• Max. AC Output Power: 15000 VA
• Peak AC Output Power (Off-grid): 30000 VA (60s)
• Number of MPPT Trackers: 2
• Max. PV Input Power: 22500 W
• Max. PV Input Voltage: 1000 V
• MPPT Voltage Range: 180 - 950 V
• Max. Input Current per MPPT: 18 A
• Battery Type: Li-Ion (Lead-acid compatible with external BMS)
• Battery Voltage Range: 180 - 650 V
• Max. Charge/Discharge Current: 30 A
• Max. Charge/Discharge Power: 15000 W
• Max. Efficiency: 97.8%
• Protection Degree: IP65
• Operating Temperature Range: -30°C to +60°C
• Cooling: Natural Convection
• Communication Interfaces: DRM, USB, WIFI (optional), GPRS (optional), CT, RS485, CAN
• Included Accessories: Integrated DC Switch, CT Clamps

Recommendations

For optimal performance, pair with compatible SOLAX batteries and use the provided CT clamps for accurate energy monitoring. Ensure proper ventilation for natural convection cooling.