Electric Light Good Vehicles in Singapore

Wei Yang Mok, Christopher Tan, M. C. Rojas Lopez
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Abstract

Research and efforts for implementing electric vehicles (EVs) are rapidly increasing. Most light goods vehicles (LGVs) in Singapore are diesel-propelled internal combustion engine (ICE) vehicles in 2023. However, the number of electric light goods vehicles (eLGVs) is exponentially increasing, indicating a shift towards economically and environmentally resilient options. This study examines the combined economic, environmental, and operational impacts of implementing eLGVs in Singapore, which distinguishes from previous research that analysed each aspect individually. Considering data and inputs from a specific company, lifecycle cost and emissions analyses were conducted comparing EVs and ICE vehicles. In addition, a survey on operations was conducted targeting respondents with eLGVs in their fleet. Findings indicate that, in Singapore’s context, eLGVs can potentially reduce costs, and savings grow with vehicle utilisation, assuming battery lasts 10-years with minimal degradation. Regarding the environmental impact, although the production of EVs results in higher greenhouse gas emissions, emissions from usage are much lower for eLGVs and further reduced with vehicle usage, resulting in overall lower emissions. Operational challenges identified relate to eLGVs charging time and infrastructure. Recommendations to motivate companies to transition to eLGVs are provided, and an ‘expected lifecycle emissions calculator’ created to compare various types of vehicles.
新加坡的轻型电动汽车
对电动汽车(EV)的研究和实施力度正在迅速加大。2023 年,新加坡大多数轻型货运车辆(LGV)都是柴油内燃机(ICE)车辆。然而,电动轻型载货汽车(eLGV)的数量正呈指数级增长,这表明人们正转向经济和环保型选择。本研究探讨了在新加坡实施电动轻型载货汽车对经济、环境和运营的综合影响,与以往单独分析各方面影响的研究有所不同。考虑到来自一家特定公司的数据和投入,本研究对电动汽车和内燃机汽车的生命周期成本和排放进行了分析比较。此外,还针对车队中拥有电动轻型汽车的受访者开展了一项运营调查。调查结果表明,在新加坡,电动轻型汽车有可能降低成本,而且随着车辆使用率的提高,假定电池的寿命为 10 年,退化程度最小,节省的成本也会增加。关于对环境的影响,虽然电动汽车的生产会导致较高的温室气体排放,但 eLGV 在使用过程中的排放量要低得多,而且会随着车辆的使用而进一步减少,因此总体排放量较低。已确定的运营挑战与电动轻型汽车的充电时间和基础设施有关。报告提出了激励公司向电动轻型汽车过渡的建议,并创建了一个 "预期生命周期排放计算器 "来比较各种类型的汽车。
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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