oftware-defined energy: Independently develop patent-level intelligent control algorithms, build exclusive software architectures for household scenarios, break through the limitations of general solution adaptation, and achieve precise management of energy management.

Iteratively driven value: Establish an iterative system for the whole life cycle of household scenarios, based on dynamic updates of household energy data, to ensure that product performance continues to upgrade with the evolution of industry technology, avoid the early elimination of household equipment due to technological stagnation, and extend the asset value cycle.

Building a Tier 1 device supply chain ecosystem:

Imported semiconductors: IGBT (KEC), Mosfet (NCE) dual-redundancy;

Control chips: ST, TI industrial-grade ICs with deep integration;

Branded components: Platinum core inductor transformers, 

customized thick copper PCB boards to enhance the stability of household equipment from the ground up.

Power stability assurance: Utilizing pure hardware-level power calibration technology, 

discarding inflated specifications, and addressing the issues of "inefficient power 

generation and power wastage" in home photovoltaic systems.

Adaptation to Asia, Africa and Latin America:

Implement household-level protection projects: 

PCB boards are covered with conformal paint and UV glue double coating, 

and an IPXX-level protection system is built to resist humidity, dust, 

and ultraviolet erosion in the home environment.

It is equipped with a long-life fan of over 50,000H (5-year warranty) to 

ensure reliable heat dissipation throughout the entire cycle of the equipment 

and meet the needs of "less maintenance and long battery life" in home scenarios

Function customization: The functional module can be adjusted according to 

customer needs, and the regional supporting is more landed.