The influence of the development of new energy vehicles on the environment from the game perspective

Author:

Wang Ruiqian

Abstract

Abstract In order to alleviate environmental problems such as air pollution, this paper starts from the new energy automobile industry and analyzes the behavior strategies between the government and consumers, two stakeholders of new energy automobiles, through the dynamic game model. The following conclusions can be drawn from the utility function. First, theoretically, the government will not provide any financial subsidies for new-energy vehicles. Second, consumers’ behavioral strategies are influenced by financial subsidies, vehicle purchase taxes, and the utility and cost of purchasing new energy vehicles or traditional vehicles. Therefore, the government should pay attention to the social level in order to achieve the maximum of social utility. On the one hand, the government should enhance the continuity of subsidy policies for consumers who buy new energy vehicles and strengthen the supervision of the implementation of subsidy policies. On the other hand, the government should play a positive role of its own credibility to the public and improve the awareness of environmental protection among car buyers. And consumers should constantly improve the sense of responsibility for environmental protection, so that the two can cooperate with each other and make contributions to environmental protection.

Publisher

IOP Publishing

Subject

General Engineering

Reference5 articles.

1. The significance of Li-ion batteries in electric vehicle life-cycle energy and emissions and recycling’s role in its reduction;Dunn;J. Energy & Environmental Science,2014

2. Cost, Energy, and Environmental Impact of Automated Electric Taxi Fleets in Manhattan;Gordon;J. Environmental science & technology,2018

3. A Research of R&D Subsidies for New Energy Vehicles Based on Game Theory;Wang;J. Soft Science,2013

4. Evolutionary Game Study between Government Subsidy and R&D Activities of New Energy Vehicle Enterprises;Jiang;J. Operations Research and Management Science,2020

5. Economics of Electric Vehicle Charging: A Game Theoretic Approach;Tushar;J. IEEE Transactions on Smart Grid,2012

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