... Additively manufactured cold plate designs, that incorporate accurate roughness effects have the potential to advance battery thermal management systems at high discharge rates. Practical implications Effective thermal management is crucial in high-density power systems. Accounting for the inherent...

...H. Thameem Basha; Younghae Do; Bongsoo Jang Purpose Lithium-ion batteries present significant thermal management challenges due to their high-energy density, making efficient battery thermal management systems ( BTMS ) essential. While phase change materials (PCMs) have been used to control...

... of the CC BY 4.0 licence. Lithium-ion battery Thermal model Phase change material Battery thermal management A = area [m²]; Bi = Biot number [/]; C = capacity [Ah]; c = specific heat [ J/(kg·K) ]; c_e = concentration...

...Ruiyang Zhang; Shian Li; Qiuwan Shen Purpose The purpose of this paper is to explore how this design can improve the cooling performance of battery thermal management systems ( BTMS ). This study aims to design a new type of liquid cooling plate with sinusoidal wave channels. Design/methodology...

... Licensed re-use rights only Battery thermal management Phase change material Fins Numerical simulations a = environment; b = battery; f = fin; and P = PCM. BTMS = battery thermal management system; CFD = computational fluid dynamics...