Selecting E-bikes using a multi-criteria integrated analytic hierarchy approach for sustainable transportation option

Abstract

Electric bikes play a crucial role in reducing greenhouse gas emissions, mitigating the problem of global warming, and contributing to sustainable development. Also, it helps to reduce crude imports, save foreign currency, and strengthen the balance of payments. This study aims to create a multi-criteria approach based on an integrated analytic hierarchy process (AHP) and multi-attributes border approximation area comparison (MABAC) that considers the various aspects of an Electric-bike’s (E-bike) performance and characteristics. The study results reveal that the AHP method performs best when making informed decisions regarding E-bikes. The eight criteria that were selected were the most desirable. Findings demonstrate buyers prioritized E-bikes' driving range (24 %) and battery capacity (21 %). The findings of this study support the idea of developing comprehensive selection criteria that consider the various features of an E-bike’s performance and characteristics. This study can be useful for low-performing electric scooter manufacturers to assess their benchmarks. The government should also facilitate adding more charging stations and battery-swapping facilities and tie up with petrol pumps, CNG stations, and other options. Based on the eight parameters in our study, Simple One ranked one, followed by Ola Pro and TVS iQube. The findings will be useful for manufacturers and policymakers to formulate and implement strategies to boost EV market penetration.