An integrated information platform system based on intelligent hydropower plant

Abstract

The invention discloses an integrated information platform system based on an intelligent hydraulic power plant. The integrated information platform system comprises a centralized control center, a transmission network, a plurality of intelligent hydraulic power plant systems, a water regimen subsystem and a weather subsystem. Each intelligent hydraulic power plant system comprises an intelligent regulation device and a front end collection sensor, the front end collection sensors are used for collecting front end equipment information and are connected with the intelligent regulation devices through hydraulic power plant networks, and collected data are stored into a database. The intelligent regulation devices are used for regulating equipment and control systems according to the internal data of the system. The intelligent hydraulic power plant systems transmit data to the centralized control center through the transmission network. The water regimen subsystem and the weather subsystem are connected with the centralized control center through a communication network and used for providing water regimen and weather information. The integrated information platform system based on the intelligent hydraulic power plant has the advantages that a plurality of independent automation subsystems are connected to form a real-time organic and unified whole, the intelligent construction of the hydraulic power plant can be better promoted, and the informatization and the intelligence of the hydraulic power plant are achieved.

Description

technical field [0001] The invention relates to an integrated information platform system based on an intelligent hydropower plant. Background technique [0002] The smart grid is one of the national 12.5 construction plans. The smart hydropower plant is an important link in the intelligentization of the power point of the smart grid. At present, large-scale hydropower plants involve intelligent elements in the early stage of design, but more attention is paid to the production control link. The operation and management are seriously out of touch, and there is still a certain gap with the real intelligent hydropower plant. Small and medium-sized hydropower plants are mostly located in remote mountainous areas due to a long period of time in operation. They basically adopt traditional control methods with low automation and poor reliability. It is necessary to realize unattended duty (less staff on duty) and increase efficiency by reducing staff to ensure personal safety To ...

AI Technical Summary

Problems solved by technology

[0004] There are multiple isolated islands of information within each system of a traditional hydropower plant, resulting in a large amount of idle data and a lack of information sharing. Although the degree of local automation is continuously improving, advanced application development is insufficient, information is imperfect, and sharing capabilities are weak. Multiple automation subsystems interact with each other. It is independent and cannot form a real-time, organic and unified whole, which is not conducive to the intelligent construction of hydropower plants. To realize the informatization and intelligence of hydropower plants and lay a solid foundation for the construction of intelligent hydropower plants, it is necessary to break the information island and establish a unified information platform

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