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Improvement of engine cold start capability using supercapacitor and lead-acid battery hybrid

机译:使用超级电容器和铅酸电池杂种改善发动机冷启动能力

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Supercapacitors can provide the transient power that the cranking need in low temperature. Aiming to reduce the volume of lead acid battery and the cost of the power system, supercapacitor and lead acid battery hybrid systems are investigated as power sources for diesel engine cold starting by using cold starting test and road test. This paper focuses on the requirement of capacitance and effective series resistance of supercapacitor in hybrid system. Different combinations of batteries and supercapacitors are tested for suitable solution. The lab result proves that the internal resistance of supercapacitor is the key to enhance the cold cranking capacity. The experiment in lab and the final road test, prove the aqueous C/C supercapacitor and battery hybrid systems to be valid and economical. About 5000 sets have been installed on commercial vehicle from 2006.
机译:超级电容器可以提供低温下降的瞬态功率。旨在减少铅酸电池的体积和电力系统的成本,通过使用冷启动试验和道路测试,研究了超级电容器和铅酸电池混合系统作为柴油发动机冷启动的电源。本文侧重于混合系统中超级电容器电容和有效串联电阻的要求。测试不同组合和超级电容器的合适溶液。实验室结果证明了超级电容器的内阻是增强冷启动能力的关键。实验室和最终道路测试的实验,证明了C / C的超级电容器和电池混合系统有效且经济。从2006年安装了大约5000套的商用车上。

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