Author(s): John Muller, Katrine Bjørnsen, Sergio Gomez and Olga Koval

Abstract: The electric vehicle (EV) industry has experienced significant growth, driven by technological advancements and increasing demand for sustainable transportation. Modular architecture has emerged as a promising design approach, offering flexibility in vehicle development and manufacturing. This paper explores the impact of modular architecture on the design flexibility of electric vehicles, examining its implications for modular components, platform compatibility, and vehicle customization. Modular architecture allows for standardized components that can be utilized across multiple vehicle models, reducing production costs and time to market. The ability to reconfigure the vehicle layout and design enables manufacturers to offer a variety of models with different specifications, targeting diverse consumer needs. This paper also discusses the challenges associated with implementing modularity, such as limitations in structural integrity, the need for robust compatibility standards, and the integration of various powertrain systems. The research methodology includes a comprehensive review of current industry trends, case studies of leading EV manufacturers, and an analysis of modular design approaches in automotive engineering. The paper concludes that while modular architecture significantly enhances design flexibility, careful attention must be paid to compatibility and structural requirements to fully leverage its potential in the EV sector.

DOI: 10.22271/27078205.2026.v7.i1a.68

Pages: 09-12 | Views: 8 | Downloads: 4

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