In altilium refrigerationem laminam est a key component propter scelerisque administratione gravida, praesertim lithium-ion altilium sarcinas. Et principalis munus est ut celeriter dissipare calor generatae in altilium operationem per contactus calor commutationem, ponere altilium operationem in idoneam temperies range (plerumque 20-45 ℃) et ensure sua salus, efficacia, et ℃.
Et Core features includit:
Structural Design: Plerumque plana tenues laminas (factum ex metallum materiae ut aluminium, aeris, aut composita materiae) cum microchannel vel channels intra, quod potest removere calor per liquidam circulationem (ut coolant) vel caeli fluxus; Pars est adoptat flexibilia consilio, quae potest arcte adhaerere ad superficiem altilium et redigendum contactus scelerisque resistentia.
Working principle: By directly contacting the battery cell or module, the heat generated by the battery is conducted to the cooling medium (liquid or air), and then the heat is exported from the system by the medium, avoiding thermal runaway caused by local overheating (such as battery bulging or fire), while reducing temperature differences within the battery pack (usually controlled within ± 5 ℃), and improving overall performance stability.
Applicationem missionibus: late in altus-virtute missionibus ut novus industria vehiculum potentia gravida et industria repono altilium sarcinas, est core coulding composita cooperationem aut liquida, idoneus est calor Dissipatio indiget summus industria gravida.
