Analysis of Supply Chain Management Issues in Energy Enterprises

Key Points

Outage reduction reached 42% in energy supply chains using the proposed framework, showcasing substantial improvements.
The tri-dimensional optimization framework addresses issues like resource dependency and infrastructure specificity, promoting resilience.
Observational analysis validates the framework through State Grid’s case, demonstrating effective logistics management strategies.
Balancing security and decarbonization is crucial for energy enterprises, indicating pathways toward sustainable practices.

Abstract

Energy supply chains face critical challenges due to inherent "Triple Rigidity" (resource dependency, infrastructure specificity, institutional constraints), manifesting as low resilience, high logistics costs, and green transition pressures. This study proposes a tri-dimensional optimization framework: (1) Build resilient networks through diversification and digital monitoring; (2) Optimize logistics via infrastructure upgrades and multimodal integration; (3) Drive sustainability with carbon management and circular solutions. Validated by State Grid’s case, results show significant outage reduction (42%) and cost savings. The framework enables energy enterprises to balance security and decarbonization imperatives.

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Analysis of Supply Chain Management Issues in Energy Enterprises

Key Points

Abstract

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