新能源汽车感应充电桩在应急供电系统中的困境与对策

Difficulties and Countermeasures of New Energy Vehicle Induction Charging Pile in Emergency Power Supply System

摘要: 随着新能源汽车产业与新型电力系统协同发展，感应充电桩作为电力系统与新能源交通深度融合的关键载体，其在应急供电体系中的应用已成为提升能源韧性的重要方向。当前，在推进感应充电桩融入应急供电系统的过程中，仍面临应急场景供需匹配失衡、标准化与数据互连建设滞后、混合储能供电可靠性不足等现实困境。立足推广现状与应急适配情况，深入分析上述问题的成因，提出构建动态调度系统、实施标准化策略与数据互连平台、优化混合储能技术保障应急充电桩可靠供电等对策，对提升能源安全保障水平、完善应急供电体系建设具有重要意义。

Abstract: With the coordinated development of the new energy vehicle industry and the new power system, the application of induction charging piles in the emergency power supply system has become an important direction to improve energy resilience as a key carrier for the deep integration of the power system and new energy transportation. At present, in the process of promoting the integration of induction charging piles into the emergency power supply system, it still faces practical difficulties such as unbalanced supply and demand matching in emergency scenarios, lagging standardization and data interconnection construction, and insufficient reliability of hybrid energy storage power supply. Based on the current situation of promotion and emergency adaptation, this paper deeply analyzes the causes of the above problems, and puts forward some countermeasures, such as constructing dynamic dispatching system, implementing standardized strategy and data interconnection platform, optimizing hybrid energy storage technology to ensure reliable power supply of emergency charging piles, which is of great significance to enhance the level of energy security and improve the construction of emergency power supply system.