A Study on the Collaborative Optimization of E-commerce Logistics and Delivery Models
DOI:
https://doi.org/10.54097/9e16sm14Keywords:
E-commerce logistics, Delivery models, Collaborative optimizationAbstract
As China's e-commerce industry shifts from scale expansion to high-quality development, the core challenges in e-commerce logistics have evolved from mere delivery to issues of efficiency, cost, and service quality. Existing research has largely focused on horizontal comparisons between self-operated and platform-based franchise models, lacking a detailed analysis of the emerging trend toward the two-way integration of these dual models. Based on coordination theory and supplemented by case studies, this research analyzes the challenges of current e-commerce logistics delivery models, as well as the evolution of self-operated and franchise models from a polarized development pattern to a synergistic, two-way integration model. Ultimately, it proposes strategies for the coordinated optimization of delivery models. This study provides practical guidance for e-commerce logistics enterprises to overcome fulfillment bottlenecks and enriches the application scenarios of coordination theory in e-commerce logistics.
Downloads
References
[1] Zhang Mengjiao. Focusing on E-commerce Development: New Pathways for Enterprise Management Innovation [J]. China Business World, 2025, (21): 90-91.
[2] You Caihong. A Study on Bottlenecks in China's E-commerce Logistics and Delivery [J]. China Management Informatization, 2017, 20(05): 134-135.
[3] Li Junjing, Wan Ce, Jin Xitong. A Study on Logistics Cost Accounting for E-commerce Enterprises from a Supply Chain Collaboration Perspective [J/OL]. Accounting Friend, 2025, (S2): 93-98 [2025-12-16].
[4] Gu Yutong. A Study on the Collaborative Development of E-commerce and Logistics Enterprises in the Context of the Digital Economy [J]. Modernization of Commerce, 2025, (20): 25-27.
[5] Nie Yanfang, Liu Jinyun. Analysis of Problems and Countermeasures in JD.com's Self-Built Logistics System [J]. Marketing World, 2022, (10): 23-25.
[6] Zhou Jinhong. Research and Recommendations on the Cainiao Logistics Alliance Model [J]. China Storage & Transportation, 2023, (01): 177-178.
Downloads
Published
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.







