Updated number forecast, russian car fleet structures by type of power plants and greenhouse gas emissions until 2050

IU. V. Trofimenko, V. Komkov
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Abstract

Introduction. The results of forecast estimation of the number, structure of the Russian motor vehicle fleet by type of power units and greenhouse gas (GHG) emissions up to 2050 are presented, taking into account the update of the initial data used in the calculations and the assumption that it will be decided to stop production of passenger cars with internal combustion engines starting from 2045. Materials and methods. The forecast of the level of motorization, the number of vehicle fleet by type of power plant and fuel type, environmental class were estimated taking into account the renewal of the fleet, the balance of supply and disposal of ATVs. These data are given in the forms of state statistical reporting, long-term strategies of transport industry development, partly generated by researchers themselves. The Copert 5 methodology was also used to calculate greenhouse gas emissions.Results. Compared to earlier projections, the value of total GHG emissions of the vehicle fleet in 2050 according to the current projection will be about the same as in 2045, i.e. will be 5 years behind. Discussion and conclusions. In the near term, the rate of decarbonization of road transport in Russia may slow down significantly. Vehicles with internal combustion engines using hydrocarbon fuels (liquid, gaseous) will still dominate the vehicle fleet by 2050.
更新的数字预测、2050年前按发电厂类型和温室气体排放量划分的俄罗斯车队结构
介绍考虑到计算中使用的初始数据的更新以及决定从2045年起停止生产内燃机乘用车的假设,给出了截至2050年俄罗斯机动车队数量、动力装置类型结构和温室气体排放量的预测估计结果。材料和方法。机动化水平的预测、按发电厂类型和燃料类型划分的车队数量、环境等级是在考虑车队更新、ATV的供应平衡和处置的情况下估计的。这些数据以国家统计报告的形式提供,这是运输业发展的长期战略,部分由研究人员自己生成。Copert 5方法也用于计算温室气体排放量。后果与早期预测相比,根据目前的预测,2050年车队的温室气体排放总量将与2045年大致相同,即落后5年。讨论和结论。在短期内,俄罗斯道路运输的脱碳速度可能会大幅放缓。到2050年,使用碳氢化合物燃料(液体、气体)的内燃机车辆仍将占据车队的主导地位。
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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