Litcius/Paper detail

Public Attitudes towards Electric Vehicle adoption using Structural Equation Modelling

Vibhor Tiwari, Paulus Aditjandra, Dilum Dissanayake

2020Transportation research procedia51 citationsDOIOpen Access PDF

Abstract

This paper aims to analyse the public attitudes towards Electric Vehicles (EV) and to explore barriers in adoption of Electric vehicles in UK. The survey data was obtained from UK Data Service regarding public attitudes towards EV which possesses 1800 plus sample population. Previous research regarding recent technological development in EV field, market deployment and penetration studies, and public attitudes in different countries, were used to inform the development of model mechanism on how public adopt EV. We identify the correlation of diverse groups of consumers with various socio-economic and attitudinal barriers encountered in EV adoption. Data was analysed by Structural Equation Modelling (SEM) approach establishing the link between travel behaviour, car ownership and EV adoption level controlled by socio-demographic characteristics. We found that battery (range confidence), recharging infrastructure and technology (unreliability) can be considered as major indicators in influencing EV adoption. We also found that resale value, environmental performance and recharging infrastructure are the major enablers of EV adoption. Perhaps none of these findings are new to many but the implication that this study has brought is the fact that general UK public is far from EV realm and more has to be done before the ban of internal combustion engines taken place in 20 years from now.

Topics & Concepts

Structural equation modelingSoftware deploymentMarket penetrationElectric vehicleRealmBusinessDriving rangeEnvironmental economicsSample (material)Survey data collectionPopulationService (business)MarketingEngineeringEconomicsComputer sciencePolitical scienceEnvironmental healthMathematicsChromatographyStatisticsPower (physics)Machine learningMedicineChemistryQuantum mechanicsLawPhysicsSoftware engineeringElectric Vehicles and InfrastructureEnergy, Environment, and Transportation PoliciesUrban Transport and Accessibility