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Understanding Passenger Demand for Electric Air Transportation: A Swedish Case Study

Paper ID

SIDs-2025-076

Conference

SESAR Innovation Days

Year

2025

Theme

Airline operations and aviation economics

Project Name

Keywords:

All-electric Aircraft; Factors of Demand; Demand Modeling; Binary Logit Model; Passenger Choice

Authors

Ovini Wathma Withanachchi, Tobias Andersson Granberg and Valentin Polishchuk

DOI

https://doi.org/10.61009/SID.2025.1.31

Abstract

This paper explores passenger views on electric aviation in Sweden. The study identifies factors that influence the demand and incorporates them into a demand model. A mixed- method approach, comprising a literature review, an expert workshop, a stated preference survey, and binary logit modeling, was adopted. The findings reveal that ticket price, travel time, environmental attitudes, and safety concerns significantly influence the demand. A scenario analysis is used to highlight market segments where electric aviation could be most viable. The results can be used by stakeholders such as airlines, airport authorities, and policymakers to support future infrastructure, service, and policy decisions.