In order to improve the working per

In order to improve the working performance of the lithium-ion battery, the battery module with Phasechange material/water cooling-plate was designed and numerically analyzed based on the energy conser-vation and fluid dynamics. The non-uniform internal heat source based on 2D electro-thermal model forbattery LiFePO 4 /C was used to simulate the heat generation of each battery. Then factors such as height ofwater cooling-plate, space between adjacent batteries, inlet mass flow rate, flow direction, thermal con-ductivity and melting point of PCM were discussed to research their influences on the cooling perfor-mance of module. And the 5 continuous charge-discharge cycles was used to research the effect ofPCM/water cooling plate on preventing thermal runaway. The results showed that the water cooling plateset close to the near-electrode area of battery removed the majority of heat generated during dischargingand decreased the maximum temperature efficiently. The PCM between the adjacent batteries couldimprove the uniformity of temperature field. In addition, the PCM/water cooling plate could limit themaximum temperature effectively and improve the uniformity of temperature field during the 5 contin-uous charge-discharge cycles. As a result, it prevented the emergence of thermal runaway and increasedthe safety of module.

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结果 (简体中文) 1: [复制]

复制成功！

为了提高锂离子电池的工作性能，设计了带有相 变材料/水冷板的电池模块，并基于能量守恒 和流体动力学对其进行了数值分析。基于 电池LiFePO 4 / C的二维电热模型的内部不均匀热源用于模拟每个电池的发热。然后讨论了 水冷却板的高度，相邻电池之间的间距，入口质量流速，流向，导热系数 和PCM的熔点等因素，以研究它们对 模块冷却性能的影响。并使用5个连续的充放电循环来研究 PCM /水冷板防止热失控。结果表明， 靠近电池近电极区域的水冷板消除了放电过程中产生的大部分热量， 并有效降低了最高温度。相邻电池之间的PCM可以 提高温度场的均匀性。另外，PCM /水冷板可以 有效地限制最高温度，并在5个 连续的充放电循环中提高温度场的均匀性。结果，它防止了热失控的出现并增加 了模块的安全性。

正在翻译中..

结果 (简体中文) 2:[复制]

复制成功！

In order to improve the working performance of the lithium-ion battery, the battery module with Phase change material/water cooling-plate was designed and numerically analyzed based on the energy conser- vation and fluid dynamics. The non-uniform internal heat source based on 2D electro-thermal model for battery LiFePO 4 /C was used to simulate the heat generation of each battery. Then factors such as height of water cooling-plate, space between adjacent batteries, inlet mass flow rate, flow direction, thermal con- ductivity and melting point of PCM were discussed to research their influences on the cooling perfor- mance of module. And the 5 continuous charge-discharge cycles was used to research the effect of PCM/water cooling plate on preventing thermal runaway. The results showed that the water cooling plate set close to the near-electrode area of battery removed the majority of heat generated during discharging and decreased the maximum temperature efficiently. The PCM between the adjacent batteries could improve the uniformity of temperature field. In addition, the PCM/water cooling plate could limit the maximum temperature effectively and improve the uniformity of temperature field during the 5 contin- uous charge-discharge cycles. As a result, it prevented the emergence of thermal runaway and increased the safety of module.

正在翻译中..

结果 (简体中文) 3:[复制]

复制成功！

为了提高锂离子电池的工作性能，采用相控式电池模块 基于能量消耗原理，设计了变材料/水冷板并进行了数值分析- 运动和流体力学。基于二维电热模型的非均匀内热源 用lifepo4/C电池模拟了每个电池的发热过程。然后是高度等因素 水冷板，相邻电池之间的空间，入口质量流量，流向，热控- 讨论了相变材料的导电性和熔点对冷却性能的影响- 模块的性能。并用5个连续充放电循环研究了不同充放电循环对电池性能的影响 PCM/水冷板，防止热失控。结果表明，水冷板 设置在靠近电池电极区域的地方，可以消除放电过程中产生的大部分热量 有效地降低了最高温度。相邻电池之间的PCM可能 提高了温度场的均匀性。此外，PCM/水冷板可限制 有效地提高了连续5分钟内的最高温度和温度场的均匀性- 充放电循环。因此，它阻止了热失控的出现，并增加了 模块的安全性。

正在翻译中..

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