Analysis of driving characteristics of electric wheelchair for indoor driving using lithium-ion battery

Young-Pil Kim, H. Ham, Sung-Hee Hong, Seokcheol Ko
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Abstract

Movement' is an expanded concept of 'place' where people act, interact with one another and achieve a specific purpose at every moment. Wheelchairs, as a mobility aid, have a profound impact on improving the quality of physical and psychological well-being for the mobility disadvantaged groups who have mobility difficulties. Such mobility aids were developed mainly for outdoor activities, but in recent years, mobility aids for indoor spaces, the main living environment, are also being developed. Because indoor mobility aids generally move short distances repeatedly, this study examined the characteristics of lithium-ion batteries in short-distance driving of battery-powered wheelchairs and compared them with the characteristics of lithium-ion batteries in continuous driving. The result showed that the driving time for short-distance driving was 2.8% shorter than that of continuous driving. The current supplied to the motor was 15.4% higher for short-distance driving than that of continuous driving.
锂离子电池室内电动轮椅行驶特性分析
“运动”是对“地点”概念的扩展,人们在这里行动,彼此互动,每时每刻都达到特定的目的。轮椅作为一种行动辅助工具,对改善行动不便群体的身心健康质量有着深远的影响。这类助行工具主要是为户外活动开发的,但近年来,用于主要生活环境室内空间的助行工具也在开发中。由于室内助行工具通常会重复短距离移动,因此本研究考察了锂离子电池在电动轮椅短距离行驶中的特性,并将其与锂离子电池在连续行驶中的特性进行了比较。结果表明,短途驾驶的驾驶时间比连续驾驶的驾驶时间短2.8%。与连续驱动相比,短距离驱动时向电机提供的电流高15.4%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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