A stacked energy storage system is formed by assembling multiple battery modules-much like building blocks-to create a system with a specific capacity.
This type of system employs a hardware design that vertically integrates multiple energy storage modules, aiming to maximize space efficiency, optimize scalability, and enhance overall energy density.
The modular design approach breaks the energy storage system down into independent units-each comprising energy storage cells, control components, and connectors-that can operate individually or be combined and expanded as needed.
This design not only saves space but also allows for flexible capacity adjustments based on household electricity needs.