Research on Body Design of New Energy Vehicles in Vehicle Engineering
Abstract
With the growing global demand for environmental protection, new energy vehicle (NEV) body design has emerged as a critical
breakthrough in automotive engineering. This paper systematically explores the strategic value and technical pathways of NEV body design,
including platform-based body partitioning, front-end frame CAE optimization, intelligent charging port layout, flexible production process
adaptation, differentiated exterior styling, and comprehensive waterproof performance enhancement. Research demonstrates that structural
reconstruction of NEV bodies based on conventional fuel vehicle platforms can not only reduce development costs but also meet the specific
requirements for battery safety protection and lightweight body design. This approach provides systematic technical support and feasible pathways for the industrialization of NEV technology.
breakthrough in automotive engineering. This paper systematically explores the strategic value and technical pathways of NEV body design,
including platform-based body partitioning, front-end frame CAE optimization, intelligent charging port layout, flexible production process
adaptation, differentiated exterior styling, and comprehensive waterproof performance enhancement. Research demonstrates that structural
reconstruction of NEV bodies based on conventional fuel vehicle platforms can not only reduce development costs but also meet the specific
requirements for battery safety protection and lightweight body design. This approach provides systematic technical support and feasible pathways for the industrialization of NEV technology.
Keywords
New energy vehicles; Body design; Platform development; Structural optimization; Lightweight technology
Full Text:
PDFReferences
[1] Zhang Rongji. Application of new materials in lightweight design of new energy vehicle components [J]. Mold Manufacturing, 2025,
25(03):177-179.
[2] Du Juxuan. Research on Modern Styling Process Design of New Energy Vehicles [J]. Journal of Footwear Technology and Design,
2025, 5(04):108-110.
[3] Li Jiyan and Chen Shuhong. Research on the Construction of the Development Process System for the Design of Police Vehicles [J].
Journal of North China University of Technology, 2024, 36(06):80-90.
DOI: http://dx.doi.org/10.70711/frim.v3i11.7686
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