Intelligent hydropower plant system

Abstract

The invention relates to an intelligent hydropower plant system. With an integrated management and control platform as a core, the intelligent hydropower plant system adopts a layering and zoning principle, integrates intelligent devices, intelligent base systems and intelligent advanced applications, and combines an intelligent distributed structure of a public service and information security system. Transversely, the intelligent hydropower plant system comprises a production control area I, a production control area II, and a management information large area, wherein the production controlarea I, production control area II and management information large area are constructed in different areas according to a security protection requirement of a power secondary system; and longitudinally, the intelligent hydropower plant system comprises a process layer, a unit layer and a plant station layer, wherein the process layer, the unit layer and the plant station layer are constructed ina layering manner based on an IEC61850 communication protocol. The intelligent hydropower plant system is based on system architecture and functions, can be used for directing planning, designing andtransforming of an intelligent hydropower plant, so as to enable the hydropower plant to run safely and reliably and achieve goals of being economical and efficient, and flexible and intelligent.

Description

technical field [0001] The invention belongs to the technical field of intelligent power generation, and in particular relates to an intelligent hydropower plant system. Background technique [0002] Hydropower automation technology has formed a hydropower automation technology system and product series that mainly focus on on-site automation, computer monitoring of plants and stations, remote centralized monitoring of river basins, water situation monitoring and reporting in river basins, water transfer automation in river basins, and safety monitoring of dam projects. The operation requirements of "no one on duty, few people on duty" in power plants play an important role in the operation and management of hydropower projects. At present, a complete technical system and corresponding research results suitable for the intelligentization of hydropower plants have not been proposed at home and abroad. Existing research on the intelligence of hydropower plants is limited to t...

AI Technical Summary

Problems solved by technology

Existing hydropower plant automation systems have problems such as low integration, large standard differences, poor source-network coordination capabilities, weak power security protection, serious information islands, and insufficient intelligent decision-making capabilities. It is difficult to maximize benefits and restrict hydropower. The development and growth of the industry is difficult to adapt to my country's "Internet +" smart energy development strategy

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