Abstract
With the continuous deepening of China's new energy vehicle industry scale, the large-scale retirement of power batteries has become a key issue that urgently needs to be addressed in the current industry development. Building an efficient and green power battery cycle ecosystem has become a key factor in ensuring national strategic resource security, reducing environmental pollution risks, and promoting the green transformation of the new energy vehicle industry. This article is based on the theory of the entire lifecycle, and systematically deconstructs the constituent elements and operating mechanisms of the circular ecology of new energy vehicle power batteries. By combining with the new trends and typical cases in the industry in 2025, it reveals the core issues and contradictions at the technical, market, and policy levels. On this basis, by integrating cutting-edge technological trends and regional practical innovation, a three-dimensional development path of "GSS" centered on "Green Design-Smart Management-Synergistic Value" has been proposed, providing theoretical reference and practical guidance for promoting high-quality and sustainable development of China's power battery cycle ecology.
Key words
full life cycle /
power battery circular ecosystem /
GSS pathway /
carbon footprint
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Ma Jing , Ma Junling , Zhang Pan , Chen Meibo.
Research on the Circular Ecology of Power Battery and the Three-dimensional Collaborative Path of "GSS"[J]. AUTO ELECTRIC PARTS. 2026, 1(3): 23-26
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