A Review of the Research on the Dual Path of Performance Breakthrough and Ecological Synergy for Smart Evs -- Taking Xiaomi Su7 Technology Architecture and Track Performance as an Example

Yujia Qian

doi:10.54097/x51fpy66

Authors

Yujia Qian School of Public Finance and Taxation, Shanghai Lixin University of Accounting and Finance, Shanghai, 200000, China

DOI:

https://doi.org/10.54097/x51fpy66

Keywords:

Smart Electric Vehicles, Performance Breakthrough, Ecological Synergy, Technology Integration.

Abstract

This paper takes Xiaomi Su7 Ultra Smart electric vehicle as a typical case, and systematically reviews the research progress and practical achievements of smart electric vehicle on the dual path of performance breakthrough and ecological synergy in recent years. Through a literature review, the paper provides in-depth analysis of innovative mechanisms for key technology paths such as high-performance electric drive systems, lightweight and aerodynamics design, and battery and intelligent energy management. It also discusses Xiaomi's eco-synergy models in technology integration, supply chain collaboration, user community building and experience innovation. The study shows that the success of the Xiaomi Su7 is due to a two-way combination of “Performance breakthroughs”, which set the technological benchmark and brand appeal, and “Ecological synergies”, which allow the SU7 to become more attractive, the latter provides cost advantages and incentives for continuous innovation. The two promote each other, forming a sustainable competitive advantage. This paper reveals that the development of intelligent electric vehicles has been restructured from a single technology to a systematic and iterative way, which provides theoretical reference and practical enlightenment for the transformation and upgrading of China's new energy vehicle industry.

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