Stacked battery systems are designed for high-capacity ESS applications. There are 3 differences from traditional rack-mounted parallel battery systems:
All components are connected in a modular manner, allowing users to increase or decrease the number of battery modules as needed.
No external connection cables, the overall appearance of the machine is simple and beautiful.
Adopting a unified external summary board to avoid system downtime when the traditional master battery pack runs out of power
The stacked battery system's technical features:
Form: Different from traditional industrial style battery packs, the stacked battery system has a battery pack and control box with the same appearance, both of which are long and low modules to reduce the overall height and facilitate operation during stacking. Its color is often similar to that of household appliances. The actual installation location and user experience are also closer to household appliances.
Structure: The modular design simplifies the connection cables between battery packs, integrating all interfaces and signals into the connectors. When the battery packs are docked, the signal connection is automatically completed, which is fast and simple.
System stability: The stacked system host serves as a summary module, and any battery pack failure will not affect the system's operation, greatly improving system stability.
Scalability: Strong scalability and extremely low requirements for operators. When expanding, only the battery module to be expanded needs to be plugged in.
The stacked battery system is a new direction of high-capacity, low-voltage (48V) battery system developed in the past two years. Due to its obvious characteristics and advantages, it is currently being loved by more and more users.
ELPS48
