Abstract
Distribution network is an important public infrastructure for national economic and social development, bearing the people’s growing expectation for better life. The new time urgently requires the construction of distribution network to be safer, better and more efficient. This paper relies on the team dream information system, Focusing on the safety, quality and schedule requirements of distribution network construction management, giving full play the supporting role of information system in engineering construction management, Creates closed-loop management of process nodes such as project preliminary design and feasibility study, materials, construction, completion, production, settlement and filing, so as to realize seamless connection of project preliminary design and feasibility study, efficient and transparent material management, deep integration of construction completion and close connection of production settlement, improve work efficiency and enhance the construction and management level of distribution network projects.
Highlights
Information is a historical process of making full use of information technology, developing and utilizing information resources, promoting information exchange and knowledge sharing, improving the quality of economic growth and promoting the transformation of economic and social development
During the feasibility study and design stage of the project, based on the situations of the demand database projects, Jointly with territorial units to jointly carry out the feasibility study and design of the project, with the combination of distribution network demand database and project site survey, the planning scheme is further optimized in the process of site survey in combination with site conditions and some external factors, and the feasibility of the project is verified, and the Projects which can not be implemented are marked and explained in the system
Relying on the team dream system we establish a project settlement filing module, make settlement tasks and time nodes look so clear, the design units will carry out as-built drawing after the completion of the single project, and complete the delivery of as-built drawings within 10 days after the completion and production of the large package project
Summary
Information is a historical process of making full use of information technology, developing and utilizing information resources, promoting information exchange and knowledge sharing, improving the quality of economic growth and promoting the transformation of economic and social development. Basis on the previous research and practice, we build a system called team dream by using programming , establish an integrated module for the feasibility study of rural distribution network projects, a material module , a project plan management module and a settlement filing module to make sure project safety, quality and schedule to be under control, which effectively overcome the obvious shortage of distribution network planning support capacity, the early low participation of operation and maintenance units , low efficiency in the early stage of the project, the low project accuracy ,the inaccurate construction and renovation plan , the changed design during the construction phase, the confusion between materials of rural distribution network project and other types of materials, the low efficiency of sending and receiving materials , The return of a large number of surplus materials affects the settlement of the project, poor rigid implementation of construction plan, personnel in place to supervise poor performance of duties, unclear project progress, inadequate management of construction personnel, low rate of obtaining evidence for concealed works supervision, untimely settlement and final accounts, have improved the application of information technology on distribution network construction projects, improved the resource allocation ability and intelligence level of distribution network, and satisfied the increasingly diverse power service needs of the people (for example, [3])
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