Residential System
C&I System
Utility-Scale System
Residential System
Residential String Inverter PV Solution Residential ESS Solution Microinverter SolutionC&I System
C&I PV Solution C&I ESS SolutionUtility-Scale System
Utility PV System Utility ESS SolutionPowered by SiC MOSFET core components, it delivers 98.5% max. efficiency for superior energy conversion.
Equipped with next-generation SiC devices, it achieves ultra-low on-resistance and reduce conduction losses by over 50%.
Operating at 100 kHz+, beyond the typical switching frequency of IGBT devices, it reduces output harmonics and delivers superior power quality for solar systems.
Built for year-round hot climates across Brazil, Mexico, India, Southeast Asia and the Middle East.
Standard inverters derate and lose yield above 45°C, while HYXI EcoSavvy maintains 100% full output with zero derating even at 50°C for steady solar generation.
Starting at just 40 volts, the HYXI low-voltage string inverter features ultra-low voltage startup and ensures the system operates effectively under low-light conditions such as dawn, dusk, or cloudy weather.
Our inverter covers an ultra-wide 140-300V AC voltage range. It adapts to fluctuating and weak grid conditions, maintaining steady power output for reliable solar operation.
Compatible with 99% of high-power modules on the market, including 700W+ modules.
Only a single CT is required for export control, with no additional energy meter needed. It cuts system budget by 20% and reduces on-site installation time by 30%, simplifying wiring and lowering overall project costs.
• Intelligent AFCI arc fault protection.
• Type II DC & AC surge protection.
• IP66-rated all-weather durability.
Lightweight design, 38.5% lighter and 44.5% smaller than comparable inverters.
Up to 875 W/kg power density delivers high output in a remarkably compact design, making handling and installation easier.
*Based on comparison of selected models with comparable solutions.
Engineered for quiet residential operation, HYXI EcoSavvy features a fanless design for reduced operating noise.