14KW LUXPOWER ECO HYBRID INVERTER

14 kW LuxPower Eco Hybrid Inverter

Model: SNA 12–14K

Documentation:
• 14 kW LuxPower Eco Inverter – Data Sheet
• 14 kW LuxPower Eco Inverter – User Manual

Product Overview

The 14 kW LuxPower Eco Hybrid Inverter is a next-generation energy solution engineered for high performance, flexibility, and efficiency in both on-grid and off-grid solar applications. Designed for residential, commercial, and industrial use, it integrates intelligent energy management with robust scalability—supporting up to 16 inverters in parallel to meet large-scale power demands.

With a maximum PV input of 24 kW and dual MPPT trackers (2 × 12 kW), the inverter ensures maximum solar energy harvesting and superior conversion efficiency. Dual AC output ports enable multiple load connections, while a dedicated generator port with auto start/stop functionality provides seamless backup power integration.

The inverter also features a 100 A AC passthrough capacity and supports half-wave loads, making it ideal for high-demand and mission-critical installations that require stable, uninterrupted power delivery.

Key Features & Benefits

• Scalable Architecture
  Supports up to 16 units in parallel for expandable system design.

• High Solar Input Capacity
  Handles up to 24 kW of PV array power for increased energy production.

• Dual MPPT Technology
  Independent 2 × 12 kW MPPTs for optimized solar performance.

• Intelligent Energy Management
  Automatic battery wake-up via PV, grid (AC), or generator, with seamless source switching.

• Advanced Load & Generator Control
  Separate load and generator ports for optimized power distribution and system stability.

• Grid-Tied Compatibility
  Easily integrates with existing grid-connected solar systems.

• Efficient Thermal Management
  Smart cooling system with IP20 protection for long-term reliability.

Conclusion

The LuxPower Eco 14 kW Hybrid Inverter delivers a reliable, intelligent, and future-ready energy solution. With its powerful scalability, advanced control features, and high solar input capacity, it empowers users to achieve greater energy independence, efficiency, and system resilience.