Research on the Optimal Allocation Model of Total Cost for Mechanized Cluster Construction of Transmission Line Engineering

In the construction of transmission lines, mechanized cluster construction is a construction method that improves efficiency and reduces labor intensity. In actual power line construction, there is often a problem of prioritizing technology over economy, which makes it difficult to promote mechanized cluster construction. In order to solve this problem, this article aims to reduce the total construction cost of transmission line mechanization clusters and conducts research on the optimal allocation model of the total construction cost of transmission line mechanization clusters. Propose economic indicators for evaluating the construction of mechanized clusters, and quantitatively evaluate the construction economy of transmission line mechanized clusters. Propose an optimal allocation model for the total construction cost of transmission line clusters that combines mechanization rate evaluation indicators. This model can quantitatively evaluate the economic indicators of mechanization cluster construction and promote the rational allocation of mechanical equipment in mechanization implementation plans. The actual engineering case of a 220kV transmission line shows that the reasonable configuration indicators of mechanized clusters and the optimal configuration model of total cost can achieve the linkage between technical solutions and economic benefits, provide decision-making support for construction units, and assist in the transformation of transmission line construction from labor-intensive to technology intensive and equipment intensive. The reasonable configuration of mechanical equipment can effectively reduce the static investment of units and ensure that all participating parties achieve a win-win situation. The promotion and application of mechanization in transmission line construction can effectively improve construction efficiency and quality.