Abstract: The distribution network control system faces challenges due to a high rate of communication packet loss and long cumulative time delays in forwarding data within the core network, making it difficult to accurately control power loads. To tackle these issues, this paper proposes a fast response system for interruptible loads based on 5G wireless communication, leveraging its effectiveness in enabling intelligent and precise regulation and control of power loads. This system utilizes 5G technology for information transmission between the master station, slave station, and load cutting terminal. Furthermore, it integrates minimum interrupt load capacity, interrupt response time, and SVM load capacity prediction to achieve accurate load interruption, effectively meeting the demands for flexibility and scalability in precise power load control processing.