Mechanism for Development of Transport and Logistics System: Electric Transport Infrastructure

D. N. Mesnik, D. F. Vecherko
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Abstract

In the Republic of Belarus in 2021, the volume of electricity consumption at car charging stations increased by about 38 % compared to 2020 and amounted to about 10 million kW∙h. Belarusian experts noted that the operation of an electric car is about 2 times more profitable for its owner than a car with an internal combustion engine. In general, for the economy, under the condition of equality of environmental pollution at the stages of extraction of natural resources and the disposal of electronic waste, the electric car retains a win. Renewal of the fossil fuel vehicle fleet with vehicles powered by renewable energy sources is a task that requires the implementation of a mechanism for adapting the transport and logistics system to modern challenges of the global economy. To date, the number of electric vehicles and rechargeable hybrids in Belarus is slightly more than 10 thousand units. An increase in the public electric transport fleet was noted – over 100 elect-ric buses. In turn, the development of the IT sector and the need to switch to the production of vehicles for environmentally friendly types of the Euro-7 standard, the introduction of which is expected from 2025, prompted global car manufacturers to produce electric vehicles and rechargeable hybrids, which are superior in environmental parameters to fossil-based counterparts fuel and correspond to the time of growth of the disposable income of the mass consumer. In order to avoid the loss of economic benefits with the renewal of the car fleet with electric vehicles, the paper examines the mechanism for adapting the infrastructure of the motor transport service to the modern challenges of the global economy.
交通物流系统发展机制:电力运输基础设施
在白俄罗斯共和国,2021年汽车充电站的用电量比2020年增加了约38%,达到约1000万千瓦∙h。白俄罗斯专家指出,对车主来说,电动汽车的利润是内燃机汽车的两倍。总的来说,对于经济来说,在自然资源开采阶段和电子垃圾处理阶段的环境污染相等的条件下,电动汽车保持了优势。用可再生能源驱动的车辆更新化石燃料车队是一项任务,需要实施一种机制,使运输和物流系统适应全球经济的现代挑战。到目前为止,白俄罗斯的电动汽车和可充电混合动力车的数量略多于1万辆。公共电动交通车队有所增加,电动公交车超过100辆。反过来,信息技术(IT)行业的发展和转向生产符合预计从2025年开始实施的欧7标准的环保型汽车的需求,促使全球汽车制造商生产电动汽车和可充电混合动力汽车,这些汽车在环境参数上优于化石燃料,符合大众消费者可支配收入的增长时间。为了避免因电动汽车更新车队而造成的经济效益损失,本文研究了汽车运输服务基础设施适应现代全球经济挑战的机制。
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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