Why the EU risks missing its 2050 carbon neutrality target by focusing only on new (electric) car sales

Author:

Bonacina Monica,Sileo Antonio

Abstract

In 2016, by signing and ratifying the Paris Agreement, the European Union committed to making the EU economy and society climate neutral by 2050. In 2016, partly because of this goal, the European Council endorsed an interim target of a 55% net domestic reduction in climate-changing gas emissions by 2030. The transport sector is among those called upon to make the greatest effort, both because of its percentage weight (25% of the EU's greenhouse gas emissions) and its progress to date (-10% from 1990 levels). Recent regulatory measures suggest that there is still much work to be accomplished to attain climate neutrality in the transportation sector. The paper examines the impact of vehicle emission performance stand- ards (443/2009/EC; 333/2014/EU; 2019/1242/EU; 2019/631/EU; 2023/851/EU) on the sup- ply and demand of cars in the EU automotive market and tests the consistency of the ongoing transformations with the Paris Agreement. Although changes in both production and purchase have been made in the direction desired (perhaps mandated) by policy makers, it appears that the scale of these is not meeting the required timeline. Much remains to be done to eliminate options, such as fuel decarbonization, which can effectively reduce the carbon footprint of the road fleet.

Publisher

Franco Angeli

Reference36 articles.

1. ACEA – European Automobile Manufacturers’ Association. ACEA data on Passenger cars in the EU. Available online: -- https://www.acea.auto/ (last accessed: October 2023).

2. ACI – Automobile Club d’Italia. ACI Database on Passenger cars in Italy. Available online: -- https://www.aci.it/ (last accessed: October 2023).

3. BAFA – Federal Office for Economic Affairs and Export Control. BAFA Data on Passenger cars in Germany. Available online: -- https://www.bafa.de/ (last accessed: October 2023). Berri, A. (2002). Longitudinal Analysis of Car Ownership in Different Countries. In: Patriks- son, M., Labbé, M. (eds.). Transportation Planning. Applied Optimization, vol. 64. Springer, Boston, MA.

4. Bonus, H. (1973). Quasi-Engel curves, diffusion, and the ownership of major consumer dura- bles. Journal of Political Economy, 83, 655-677.

5. Conway, G. (2022). Life-Cycle Analysis for the Automotive Sector. In: Kalghatgi G., Agarwal A.K., Leach F., Senecal K. (eds). Engines and Fuels for Future Transport. En- ergy, Environment, and Sustainability. Singapore: Springer.

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