FAQ

There are two primary technical routes: DC-coupled (where batteries connect directly to the DC side of the solar inverter) and AC-coupled (where a separate storage inverter connects to the home's AC distribution panel).

It is generally measured in cycle times (e.g., 6,000 cycles) or years (e.g., 10 years), with the end of life defined as when capacity decays less than 70%. Actual lifespan is closely related to usage habits and ambient temperature.

Wall-mounted or floor-standing energy storage cabinets typically require minimal space (approximately 0.5–1 square meter). They must be installed in a dry, well-ventilated, and shaded indoor area, away from flammable or explosive materials.

Systems with backup power functionality are equipped with an Automatic Transfer Switch (ATS). When a grid outage is detected, the system disconnects from the grid within milliseconds, and the energy storage battery supplies power to designated circuits via the inverter.

The system transmits data to a cloud platform via built-in communication modules (4G/Wi-Fi). Users can view real-time power generation, electricity consumption, and battery status through a dedicated APP, and adjust operational modes remotely.

Strongly not recommended. In a series circuit, the current is determined by the module with the lowest output. Modules with different power ratings have different current characteristics—mixing them in series can cause significant power loss and even lead to hot spot effects.