



Inductive loads such as air conditioners and washing machines continue operating smoothly.




Faulty batteries can be replaced or new ones added with automatic SOC balancing.




Premium 314Ah LFP cells, delivering over 8,000 life cycles.




Requiring no complex tools, with plug-and-play setup for faster installation.

















HiOne integrates inverter, battery and EMS in one compact unit, reducing footprint compared to separate components.




All wiring is neatly hidden behind the side grille, ensuring a clean and seamless look.





LED display for real-time status at a glance.

Support multiple roof orientations and simplifying system design.

The highest efficiency in the industry—powering greater energy generation for your system.

Deliver power even at dawn and dusk.









A single device integrates solar, storage, charging, diesel, and grid into one home system—delivering reliable electricity. Even inductive loads such as air conditioners and washing machines run smoothly without interruption.
Each battery comes with an independent bidirectional DC/DC module. When a faulty battery is replaced or a new one is added, the system automatically balances the SOC, cutting pre-charging time and lowering expansion costs.


With a modular battery setup of up to 8 packs per inverter, capacity can be scaled from 8 to 64 kWh, perfect for large residences and commercial use.


Self-heating. Winter-proof
Waterproof & Dustproof

LiFePO4 Cells
Life Cycles
Warranty







Fire suppression in 4 seconds – independent module protection for every pack.


Foam and ceramic aerogel between cells for superior thermal insulation.


External layer protects cells with high-temp, high-voltage resistance, blocking heat transfer.


Built-in temperature sensors in every cell, with 9 sampling points for precision monitoring.


Side venting ensures rapid gas release when pressure builds up.
Take advantage of our S-Miles Designer function to boost installation efficiency.










Create models of the roof and obstacles based on roof conditions and actual obstructions from the map.


Intelligently plans PV module layouts to maximize roof space utilization and optimize power generation.


Simulates solar paths based on the building's location to predict irradiation and forecast energy output.


Generates visualized, comprehensive analysis reports based on load profiles and economic models.








Follow the app’s built-in templates to configure the device and run a self-test.











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