电动叉车能耗分布试验研究

Fengyan Lun, Yao Wang, Xinghua Gao, Zinan Zhong, Yan Bai, Pengchao He
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摘要

本文通过实验对叉车在各种工况下的能耗及其分布进行分析,找出影响能耗的主要因素,为系统节能找到突破口,为后续研究提供理论依据。根据对电动叉车电池输出电压和电流的实测,行走系统约占液压系统总能耗的42.7%,转向系统约占液压系统总能耗的13%,俯仰系统约占液压系统总能耗的0.3%,而升降系统在液压系统整体能耗中所占比例最大,达到44%左右。
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Experimental Study on Energy Consumption Distribution of Electric Forklift
In this paper, the energy consumption and its distribution of forklift in various working conditions are analyzed through experiments, and the main factors of energy consumption are found, which can find a breakthrough for system energy saving and provide theoretical basis for subsequent research. According to the measured battery output voltage and current of the electric forklift, the walking system accounts for about 42.7% of the overall energy consumption of the hydraulic system, the steering system accounts for about 13% of the overall energy consumption of the hydraulic system, the pitch system accounts for about 0.3% of the overall energy consumption of the hydraulic system, and the lifting system accounts for the largest proportion of the overall energy consumption of the hydraulic system, reaching about 44%.
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