Design And Implementation Of Digital Power Plant Electrical Design Software Tools

Compared with the traditional digital power plant, power plant, the network is greatly improved, the devices are connected through a network, to replace the traditional control cable; the two loop is no longer rely on cable connection, but through the network transmission equipment information to implement. Networking, information is a prominent feature of digital power plant, with total station digital information communication platform networking, information sharing, standardization is the basic characteristic, two equipment, network structure, communication media and means of communication have undergone significant changes, design table two system of digital power plant expression will be major changes, the original the traditional power plant design process and drawing mode is no longer suitable, two design new forms should be suitable for digital power plant.At present, the pilot construction of digital power plant is in the initial stage of design expression mode of the two systems, but also the lack of systematic and standardized. Follow the systematic, standardized principle, through this research, design of digital power plant two system complete expression system, formed to meet the digital power plant construction in the two system design document design, construction, commissioning, operation of each stage, research on digital power plant two construction icon quasi function model design patterns and chart-module integration configuration tools, and provide the reference for the future implementation of digital power plant two system standard design, a unified standard for digital power plant construction.The analysis of digital power plant drawing mode with the conventional power plant, power plant and put forward the digital standard pattern, the chart-module integration configuration tool model, design a flat map automatically generated SCD file, CID file and the two system logic map at the same time, simplifying the workload, reduce errors, convenient operation and maintenance.