Electric vehicle industry sustainable development with a stakeholder engagement system

Cao, Jidi; Chen, Xin; Qiu, Rui; Hou, Shuhua

doi:10.1016/j.techsoc.2021.101771

Cited by 69 publications

(43 citation statements)

References 37 publications

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“…The early development stage of the electronic vehicles gain a lot of attention from the concerned stakeholders who are highly directed towards the environment, hence, refers and promotes the sustainable electronic vehicles which are the great alternate to the traditional fuel vehicles. The most problematic and highly concerned pollutants emitted by vehicles are ground level ozone and particulate matter; these are the most studied topics in the area of literature [3].…”

Section: Support For Charging Infrastructurementioning

confidence: 99%

Electric Vehicles: Innovation Process for Sustainable Development and Future Market Forecasting

Aboazoum¹

2022

ijmdsa

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Conventional vehicles are a threat to environmental pollution, as the emission of the gasses from the vehicles using fossil fuel affects the whole environment. This concern has led the researchers and inventors to work upon the study of electric vehicles. Electric vehicles are said to be incorporating as the approach for decarbonisation and environment friendly transportation system. The contemporary world is emerging its focus on the Electric Vehicles as an alternative of the old school vehicles they emit harmful gasses. This paper focuses on the invention and innovation of the electric vehicles as they not only reduce the noise pollution, air pollution and greenhouse gas emissions but also focuses on the economic sustainability keeping the inflation across nations in mind. Hence, the study soaks data from the available literature in order to have point of view regarding how Electric Vehicles play a role in sustainable development and further talks about the future market of these vehicles that depends upon its sustainability.

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Section: Support For Charging Infrastructurementioning

confidence: 99%

Electric Vehicles: Innovation Process for Sustainable Development and Future Market Forecasting

Aboazoum¹

2022

ijmdsa

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“…In social terms, supporting trends in electromobility and the introduction of electric vehicles means accepting and supporting solutions. In this respect, achieving the social objectives of reducing the external costs of transport, noise, pollution, accidents and improving quality of life can be achieved precisely by increasing the use of electric vehicles as a strategic solution for achieving the objectives of decarbonisation, environmental sustainability, commercialisation and technological innovation in the transport sector (Cao et al, 2021).…”

Section: Literature Reviewmentioning

confidence: 99%

Determinants of Growth of the Electric Car Market – Investigating on the Truck Market

Wiśniewski¹,

Tundys²

2022

ERSJ

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Purpose:The market for electric vehicles is growing steadily. Planned growth and market share of this type of vehicles are expected to change the face of global roads diametrically in the near future. Manufacturers as well as governments of individual countries are introducing new solutions and directions of development in order to support electromobility, strive for decarbonization and make transport, which is responsible for a large part of air pollution and other external costs, as environmentally neutral as possible. Therefore, it seems important to indicate the determinants, trends and barriers observed in the electric vehicle market, with particular emphasis on the truck market. The aim of the article is to present trends and barriers in the development of the market for electric vehicles and charging infrastructure for this type of vehicles. Design/Methodology/Approach: In the paper was used the method of critical analysis of scientific literature and quantitative methods. The following were used for this purpose materials and reports from available public databases, statistical offices and official websites of European organizations and companies dealing with electromobility and sustainable development based on alternative energy sources. Findings: The most important findings include: forecasts of the development of the electric freight vehicle market, identification of a catalogue of barriers and benefits and their interrelationships, and identification of opportunities to eliminate barriers to development through identification and awareness of the role of individual stakeholders. Practical Implications: The practical implications relate to showing companies what are the positive aspects of introducing electric vehicles into an organisation's fleet.Originality/value: The novelty and originality of the considerations is the inclusion of the same categories of barriers and development trends in the context of the development of the electric car market. As well as considering these categories from two perspectives. Some of the barriers may very quickly turn into benefits, but also benefits may quickly lose their potential if the barriers are not eliminated.

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“…One of the important reasons for this series of environmental problems is the emission of a large number of greenhouse gases caused by urban traffic operation. Severe environmental problems affect the ecological balance and human health [1]. The large-scale increase in the number of cars stems from the deepening degree of urbanization.…”

Section: Introductionmentioning

confidence: 99%

A Hybrid Intuitionistic Fuzzy Group Decision Framework and Its Application in Urban Rail Transit System Selection

Yan

Run-zhang

et al. 2022

Mathematics

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The selection of an urban rail transit system from the perspective of green and low carbon can not only promote the construction of an urban rail transit system but also have a positive impact on urban green development. Considering the uncertainty caused by different conflict criteria and the fuzziness of decision-making experts’ cognition in the selection process of a rail transit system, this paper proposes a hybrid intuitionistic fuzzy MCGDM framework to determine the priority of a rail transit system. To begin with, the weights of experts are determined based on the improved similarity method. Secondly, the subjective weight and objective weight of the criterion are calculated, respectively, according to the DEMATEL and CRITIC methods, and the comprehensive weight is calculated by the linear integration method. Thirdly, considering the regret degree and risk preference of experts, the COPRAS method based on regret theory is propounded to determine the prioritization of urban rail transit system ranking. Finally, urban rail transit system selection of City N is selected for the case study to illustrate the feasibility and effectiveness of the developed method. The results show that a metro system (P1) is the most suitable urban rail transit system for the construction of city N, followed by a municipal railway system (P7). Sensitivity analysis is conducted to illustrate the stability and robustness of the designed decision framework. Comparative analysis is also utilized to validate the efficacy, feasibility and practicability of the propounded methodology.

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Electric vehicle industry sustainable development with a stakeholder engagement system

Cited by 69 publications

References 37 publications

Electric Vehicles: Innovation Process for Sustainable Development and Future Market Forecasting

Electric Vehicles: Innovation Process for Sustainable Development and Future Market Forecasting

Determinants of Growth of the Electric Car Market – Investigating on the Truck Market

A Hybrid Intuitionistic Fuzzy Group Decision Framework and Its Application in Urban Rail Transit System Selection

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