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Power plant operators the power production process, but also the process of resource consumption. For asset-intensive enterprises such as power plants, the only asset maintenance costs can account for more than 40% of the cost of production, therefore, how reasonable, efficient use and maintenance of power plant resources will optimize business productivity and reduce unit production costs, one of the key factors to improve enterprise competitiveness. Here resources, refers to all the valuable things, the allocation of resources for power generation enterprises complex and diverse, a huge number, particularly a variety of equipment or facilities assets and related technical information for. Intensive power plant technology, asset-intensive, involving a number of professional, but also contains a lot of organic system, not only the equipment itself a complex, and their mutual relations are complicated: the principle of functional relationships, topology connection relationship, the relationship between the spatial position. The plant resource information power plant automation systems require information generation enterprise wide information silos but mostly respective maintenance own resources required information, there is no standard, uniform resource information model, this phenomenon has been created a significant obstacle to the healthy development of the generation enterprise information automation system. The purpose of this research is to fundamentally solve the power plant information automation system integration issues. To this end, this paper, the concept and design of the visualization power plant information platform, a unified planning and design of power plants based on a variety of business applications. Papers using the ideas and methods of the object-oriented system, a comprehensive analysis of power plant resources information constitutes a complete resource information model, and form the basis of the information platform able to serve all application functions. Complete resource information model static resource object information, spatial information, graphic information, blend together to form a complete, object-oriented, visual information model, which constitutes the so-called \platform. \The formation of a variety of power plants on top of this information automation applications, and laid the foundation of the platform for unified planning and design of the power plant automation systems. Resources information platform based on this paper, the design of the visual power plants, combined with the Zouxian Power Plant, development and visualization power plant resource management system, power plant resource efficient integrated visualization management. Field Application to good effect.
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