Electromagnetic environment emulation training and data management system and method thereof

Abstract

The invention relates to an electromagnetic environment emulation training and data management system of an extra-high voltage AC power transmission and distribution project and a method thereof. The system comprises an emulation training and data management workstation and a server. Emulation configurations in the emulation server have convenient use and mostly use graphical user interfaces; moreover, a client / server mode is utilized to establish a training emulation effect evaluation program module, a data management and analysis program module and the like of maintenance and operation personnel, and data in an information real-time database of the maintenance and operation personnel can be sent to the server for starting in real time; the training work station carries out analysis, processing, storage and graphical display on the data and requests sent by the server so as to provide a man-machine operation interface; meanwhile, a multimedia technology is adopted to simulate on-site actual operation equipment, and equipment installation use images, on-site measurement operation images and the like can be displayed, thereby enabling a learner to retrieve for examination at will. The invention is beneficial to improving the standard operation level and the accident abnormity processing ability of the operation personnel.

Description

technical field [0001] The invention belongs to the technical field of electromagnetic environment simulation training and data management system for UHV power transmission and transformation projects, and specifically relates to a 1000kV UHV AC power transmission and transformation project electromagnetic environment simulation training and data management system and method thereof. Background technique [0002] In order to meet the electricity demand for the sustainable development of my country's economy and society, the construction of a strengthened power grid with UHV power grid as the core has become a strategic goal of national power construction. When long-distance and large-capacity transmission is adopted, UHV transmission can effectively save line corridors, help improve network structure, reduce transmission bottlenecks, and achieve a wide range of resource optimization. The economic and social benefits are very obvious. [0003] However, the UHV power grid has ...

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Problems solved by technology

[0004] Although the current simulation training systems are developing rapidly at home and abroad, most of these systems are applied to power system automation and monitoring of actual operation management, but have not been applied to the electromagnetic environment of power systems, especially the multimedia function.

Our country's research in this area is still blank, unable to meet the growing number of environmental disputes and the lack of promotion of technical knowledge

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