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.





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