Battery swapping is a critical component of the operational framework underpinning the Battery-as-a-Service (BaaS) model. It enables electric vehicle (EV) users to replace near-depleted batteries with fully charged ones at designated battery swapping stations, ensuring minimal downtime and continuous driving range. While several studies have explored the technological development of battery swapping, limited research has focused on identifying and prioritizing the key enablers influencing its adoption—particularly within the Indian Electric Vehicle Battery (EVB) infrastructure. This study adopts a three-stage approach to address this gap. First, relevant factors influencing battery swapping adoption are identified through an extensive literature review. Next, a frequency-based mapping technique is used to shortlist the most frequently cited enablers. Finally, these enablers are validated and prioritized using a structured questionnaire survey based on a Likert scale, followed by expert evaluation using the Delphi method. The findings highlight the most significant enablers of battery swapping in the Indian context and offer practical implications at both policy and managerial levels. The study concludes with a discussion on its limitations and suggests directions for future research.