Stackable Energy Storage Inverter All in One System

This Stackable All-in-One Energy Storage System integrates battery storage and hybrid inverter into one compact unit, specially designed for modern residential solar backup and daily energy saving scenarios. Adopting a modular stacking structure, each independent battery pack provides 5kWh energy capacity, and the system supports up to 6-layer stacking for flexible capacity expansion according to household power demand.

The hybrid inverter is placed on the top layer of the stack, realizing an ultra-integrated and space-saving installation without extra wiring or separate inverter placement. The system supports dual connection of solar PV power and utility grid, enabling seamless switching between on-grid power consumption, solar self-consumption, and emergency backup power.

With intelligent energy management technology, the system automatically stores power during off-peak grid hours and excess solar generation, and discharges electricity during peak tariff periods or grid outages. It effectively reduces household electricity bills and guarantees stable power supply for home loads. Plug-and-play design, simple installation, safe operation and easy capacity expansion make it an ideal all-scenario home solar energy storage solution.

Key Features
Adopts vertical stacking design of standardized battery modules; modular architecture enables flexible combination and configuration.	Easy system capacity expansion; battery racks can be added in phases to meet staged capacity upgrading requirements.	Independent module fault isolation; maintenance on a single cluster will not affect continuous operation of the whole system.
Vertical layout makes full use of vertical space and effectively reduces the floor area of energy storage equipment.	Factory prefabricated modular units with minimal on-site assembly, greatly shortening project construction cycle.	Compatible with multiple temperature control solutions including air cooling and liquid cooling, balancing cost and consistent battery temperature control.

Application Scenarios
Commercial and Industrial Users	Distributed Photovoltaic Users	Parks, Data Centers
Factories, Basements	Microgrid	Industrial Parks