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Currently a pack is simply a single set of batteries in a combination of series and parallel with two busbars both with the terminal on the left hand side. This could represent a module in a larger pack and so needs to behave and interact as part of the larger system in a self contained and modular way.
The text was updated successfully, but these errors were encountered:
These papers by Reniers and Howey and Schimpe et al. https://arxiv.org/pdf/2206.10245.pdf, https://www.sciencedirect.com/science/article/abs/pii/S0306261917315696?via%3Dihub use "cell", "block", "module", "rack", "compartment" terminology: i.e. the lowest level are called ‘cells’, a group of parallel-connected cells (e.g.
7 parallel cells) is called a ‘block’, a group of blocks in series is a ‘module’ (e.g. 20 of the aforementioned
blocks connected in series would be a 20s7p module), a group of modules is a ‘rack’ (e.g. 15 series-connected
modules would be a rack of 15s20s7p cells), a group of racks is a ‘battery compartment’ (e.g. 9 parallel racks
would be described as 9p15s20s7p cells), and finally a ‘container’ consists of the battery compartment and
the ancillary systems. A ‘unit’ can be any of the levels
Currently a pack is simply a single set of batteries in a combination of series and parallel with two busbars both with the terminal on the left hand side. This could represent a module in a larger pack and so needs to behave and interact as part of the larger system in a self contained and modular way.
The text was updated successfully, but these errors were encountered: