降低冷却水进口温度和提高其质量流量不仅有利于提高制冷性能系数，而且能降低最佳高压侧压力。
Reducing the inlet temperature of cooling water and increasing its mass flow are favorable to increase refrigerant performance coefficient, and can decrease optimal pressure at high pressure side.
提高冷却水的总流速和降低进口温度对电池内温度分布的改善作用不好。
Increasing overall flow velocity and depressing the inlet temperature of cooling water has little effect on improving temperature distribution.
双流道散热器冷却技术的应用依赖于高低温冷却系统散热量、单节内高低温散热面积的比例以及相应冷却水进口水温度的高低。
The application of dual channel radiator technology depends on the proportion of the heat duty of high and low temperature cooling syst...
双流道散热器冷却技术的应用依赖于高低温冷却系统散热量、单节内高低温散热面积的比例以及相应冷却水进口水温度的高低。
The application of dual channel radiator technology depends on the proportion of the heat duty of high and low temperature cooling syst...
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