Safety management in distribution engineering is a subsystem of project management, operating under the PDCA (Plan–Do–Check–Act) dynamic cycle model. Guided by the principles of incremental and continuous improvement, it systematically steers enterprises toward the achievement of established safety management objectives. Consequently, construction safety management is dynamic and self-reinforcing. Implementing safety management throughout the lifecycle of a distribution engineering project enhances safety performance, thereby underscoring the critical importance of effective safety management.

　　What should be paid attention to during distribution network construction?

　　1. Adhere to the principle of “safety first, prevention-oriented, and comprehensive management.”

　　Strengthening safety awareness throughout the entire project lifecycle—covering all stages, all aspects, and all personnel—is the core of on-site safety management. Management at all levels of the organization must fully grasp the guiding principles that “hazards are ever-present and demand immediate attention,” “prevention is more effective than empty slogans,” and “responsibility is heavier than Mount Tai.” They must also deeply understand the critical importance of construction safety for the enterprise, individual projects, and each employee. With a strong sense of professional responsibility, they should rigorously implement the principle of “safety first, prevention-oriented, and comprehensive management.” By conducting a variety of safety education initiatives—such as safety early-warning training and accident-case analyses—the entire organization can firmly establish the mindset of “safety first” and embrace the safety philosophy that “all accidents are preventable.” Furthermore, safety training and education should be integrated with ideological education, technical training, and vocational professional development to enhance safety awareness and self-protection capabilities.

　　2. Establish and improve the on-site construction safety assurance system

　　As a multi-trade work site, the distribution engineering construction site requires a robust on-site safety assurance system as the foundation and guarantee for construction safety. The management philosophy underlying the occupational safety assurance system should emphasize clear assignment of responsibilities, prevention as the primary focus, identification and control of key risk points, comprehensive management from start to finish, and closed-loop management. In other words, it calls for guiding the project owner to fully comply with all relevant safety laws and regulations throughout the production process, clearly defining the functions of the occupational safety assurance system at every level—from project managers to operational personnel—strengthening the accountability system for occupational safety at all levels, and shifting the focus in occupational safety management away from mere investment in materials and equipment toward proactive development of safety planning and management practices.

　　3. Emergency Response Plan for On-site Safety Management in Power Construction

　　(1) Develop an emergency response plan for distribution network construction

　　The purpose of developing a contingency plan for the construction site is to ensure that, in the event of an unforeseen incident during construction operations, affected personnel receive prompt response, injury severity is minimized, and organized emergency medical care is provided within a short timeframe. The primary contingency plans to be formulated at electrical construction sites should include emergency response plans for fire incidents, chemical hazard emergencies, mechanical equipment malfunctions, radiation accidents, food poisoning, typhoon prevention and flood control, as well as casualty incidents.

　　(3) Formulate technical measures for safety management in distribution network construction

　　Construction safety technical measures are an essential component of the construction organization design; they serve as safety management and technical documents that specifically plan and guide safe construction practices, while also identifying potential accident risks and safety issues that may arise during the execution of each construction project. These measures aim to eliminate or control unsafe factors in the construction process through both technical and managerial approaches, and to implement preventive measures against accidents. It is crucial to strengthen research on the feasibility and effectiveness of construction safety technical measures, develop practical and implementable construction plans, and rigorously enforce standardized and procedural processes for plan preparation, review, approval, deployment, handover, implementation, and supervision. Such standardization facilitates operational implementation at the work level and reduces the degree of randomness inherent in the construction process.

　　(4) Implementation of monitoring for distribution engineering

　　The key to developing a safety technical plan lies in its implementation. Prior to commencement of work, technical personnel shall organize comprehensive safety training for all personnel, clearly identifying sources of hazards, hazard factors, and potential pathways for hazard occurrence, and implementing measures to mitigate accident losses from the perspectives of accident prevention and control. Requiring all personnel to sign off upon completion of the handover serves to reinforce accountability for safety.