Fire Risk Coupling Mechanism of Oil Depot-Photovoltaic Hybrid System

This study systematically analyzes the coupling mechanisms and causes of fire risks in oil depot-photovoltaic (PV) hybrid systems during operation, proposing targeted prevention and control strategies. Research indicates that the fire risks in such systems primarily manifest in three coupled forms: spatial interaction, energy conduction, and spatiotemporal superposition. For risk mitigation, the paper emphasizes the necessity of corrosion-resistant material modifications, the criticality of optimized safety distance design, and the requirements for establishing a dynamic risk management system. These measures collectively form a comprehensive risk prevention framework, providing theoretical support and practical guidance for enhancing the safety and reliability of oil depot-PV hybrid systems.