The difference between wall mounted energy storage and stacked energy storage.
1、 Introduce wall mounted energy storage and stacked energy storage
Wall mounted energy storage and stacked energy storage have significant differences in both appearance and internal structure. Wall mounted energy storage is a modular energy storage solution that fixes battery units in a specific specification and sequence within an energy storage cabinet; Stacked energy storage is the process of stacking battery cells together, and as the capacity and power of the battery increase, its external dimensions will continue to grow.
2、 Characteristics of wall mounted energy storage and stacked energy storage
1. Characteristics of wall mounted energy storage:
(1) Simple structure and easy maintenance;
(2) Three dimensional arrangement reduces installation space;
(3) Adopting modular design, it can be flexibly combined;
(4) Suitable for smaller scenarios such as power plants and households.
2. Characteristics of stacked energy storage:
(1) Strong scalability, capacity and power can be freely combined;
(2) Capable of repairing and replacing individual battery cells;
(3) Suitable for larger scenarios such as power stations and energy storage stations.
3、 Applicable scenarios for wall mounted energy storage and stacked energy storage
1. Applicable scenarios for wall mounted energy storage:
(1) Home photovoltaic power stations and small-scale energy storage power stations;
(2) Commercial and industrial energy storage power stations;
(3) Scenarios such as microgrids and small-scale power grids.
2. Application scenarios for stacked energy storage:
(1) Large scale photovoltaic power stations and energy storage power stations;
(2) Industrial and commercial energy storage power stations;
(3) Scenarios such as microgrids and large-scale power grids.
4、 Compare the advantages and disadvantages of wall mounted energy storage and stacked energy storage through examples
Taking a certain energy storage power station as an example, the station has considered two solutions in its engineering implementation: wall mounted energy storage and stacked energy storage. We ultimately chose the stacked energy storage solution based on the following considerations:
(1) Stacked energy storage solutions can be flexibly combined and have strong scalability, and the maintenance and replacement of battery units are also relatively convenient. In the future, when the power station needs maintenance or replacement, the cost and time cost will be lower;
(2) Although the stacked energy storage solution has a large footprint, the installation space of the energy storage power station is sufficient, so this factor has little impact on our choice.
Overall, wall mounted energy storage and stacked energy storage each have their own advantages and applicable scenarios. In practical applications, it is necessary to consider one's actual needs and economic benefits when choosing.
