Three-dimensional thermal model of a lithium ion battery for hybrid mobile working machines: Determination of the model parameters in a pouch cell
K Murashko, J Pyrhönen… - IEEE Transactions on …, 2013 - ieeexplore.ieee.org
Effective heat transfer and protection against high operating temperatures are important,
lifetime-affecting items in the design and operation of batteries, especially those intended for
hybrid mobile working machines, where the peak power and current demands are high. This
paper describes a methodology for the modeling of the electrical and thermal behavior of
lithium ion pouch cells for hybrid mobile working machines. The model is produced by
coupling the equivalent electrical circuit of the pouch cell and the 3-D pouch cell thermal …
lifetime-affecting items in the design and operation of batteries, especially those intended for
hybrid mobile working machines, where the peak power and current demands are high. This
paper describes a methodology for the modeling of the electrical and thermal behavior of
lithium ion pouch cells for hybrid mobile working machines. The model is produced by
coupling the equivalent electrical circuit of the pouch cell and the 3-D pouch cell thermal …
[PDF][PDF] 3D thermal model of a lithium ion battery for hybrid mobile working machines: determination of the model parameters in a pouch cell
KA Murashko, J Pyrhönen, L Laurila - researchgate.net
Effective heat transfer and protection against high operating temperatures are important
lifetime-affecting items in the design and operation of batteries, especially, for hybrid mobile
working machines, where the peak power and current demands are high. This paper
describes a methodology for the modelling of the electrical and thermal behaviour of lithium
ion batteries in a pouch form for hybrid mobile working machines. The model is produced by
coupling the equivalent electrical circuit of the battery and the 3D battery thermal model. The …
lifetime-affecting items in the design and operation of batteries, especially, for hybrid mobile
working machines, where the peak power and current demands are high. This paper
describes a methodology for the modelling of the electrical and thermal behaviour of lithium
ion batteries in a pouch form for hybrid mobile working machines. The model is produced by
coupling the equivalent electrical circuit of the battery and the 3D battery thermal model. The …
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