Research on the Development Trend of New Energy Vehicle Chassis Design
Abstract
The rapid development of new energy vehicles has put forward new requirements for chassis design. This paper discusses the difficulties in the chassis design of new energy vehicles, including battery layout, lightweight vehicle and steering system design. At the same
time, the article combs the key points of chassis design, covering high-strength frame, suspension system matching, braking energy recovery
and thermal management optimization, etc. Looking into the future, the chassis design of new energy vehicles will present the development
trend of modular, integrated and intelligent. Through forward-looking technology layout and continuous innovation, we will constantly break
through the bottleneck of chassis design, inject surging power into the development of new energy vehicles, and promote industrial technological upgrading and industrial reform.
time, the article combs the key points of chassis design, covering high-strength frame, suspension system matching, braking energy recovery
and thermal management optimization, etc. Looking into the future, the chassis design of new energy vehicles will present the development
trend of modular, integrated and intelligent. Through forward-looking technology layout and continuous innovation, we will constantly break
through the bottleneck of chassis design, inject surging power into the development of new energy vehicles, and promote industrial technological upgrading and industrial reform.
Keywords
New energy vehicles; Chassis design; Lightweight; Modularity; Integration; Intelligent
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PDFReferences
[1] Zhu Chunsong. Chassis design and development trend analysis of new energy vehicles [J]. Automotive Test Report, 2023, (13): 70-73.
[2] Nina. Analysis on the development trend of new energy vehicle chassis design [J]. Automotive Test Report, 2023, (09): 67-69.
[3] Xia Yanli. Exploration of the development trend of new energy vehicle chassis design [J]. New Energy Technology, 2022, (09): 30-32.
DOI: http://dx.doi.org/10.70711/frim.v3i9.7345
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