|
|
The impacts of battery electric vehicles production on material use
Pěnkavová, Markéta ; Ščasný, Milan (advisor) ; Janda, Karel (referee)
The main objective of this thesis is to estimate the material impact of the BEV production with the main focus on the BEV battery material demand. This is done using the life cycle analysis (LCA) along with detailed analysis of the battery material demand which is then linked to dynamic computable general equilibrium (CGE) model. The hybrid form of a fully dynamic CGE model is used to estimate the vehicle stock and annual new registrations for five different vehicle technologies (BEV, PHEV, Petrol, Diesel, CNG) in 2015 to 2050 in the Czech republic. These estimates are done for the business as usual scenario and then six different policy scenarios. The effects of direct government subsidy on BEV purchase are modelled along with the impacts of increase in ICEV registration tax, mineral oil tax surge or an expansion in charging stations market. Consequently, the results from CGE modelling are combined with LCA as the detailed BEV battery material composition data are used to estimate the material impact of increased BEV usage. The results from CGE modelling show a clear increasing trend in BEV usage in the future years for the baseline scenario, in addition, the modelled government scenarios incentivizing the BEV usage were shown to have a pos- sitive effect on BEV sales in the Czech republic while...
|
guest ::
