Hydropower station remote centralized control and quick service platform

Abstract

The invention discloses a hydropower station remote centralized control and quick service platform, which comprises a hydropower station technical data center, a hydropower station field measurement and control system, a hydropower station and equipment manufacturer management system, a hydropower station backstage centralized control system, a communication management system, a hydropower station fault analysis system, a fault quick processing system, an economic operation management system and a public service system. The communication management system uses an optical fiber channel, satellite or 3G / 4G network communication mode to build complete communication channels among systems for mutual connection. Based on a big data and cloud computing condition, an Internet + mode is used for realizing no man on duty or few men on duty for the hydropower station, design, production, selling, mounting, maintenance, operation and the like in the hydropower industry can be merged organically, and a complete ecological industry chain for the industry is formed; and after remote centralized control management and quick repair service are realized on a hydropower station cluster, the shipment inspection persons are reduced by 98%, the fault repair time is shortened, and the economic benefits are improved significantly.

Description

technical field [0001] The invention belongs to the technical field of Internet + hydropower station centralized control, and in particular relates to a hydropower station remote centralized control + fast service platform. Background technique [0002] Traditional small and medium-sized hydropower stations need to be equipped with more operation and maintenance personnel, and the cost of personnel and equipment maintenance reaches 50%-60% of the power generation revenue, resulting in poor operating conditions and poor economic benefits for most hydropower stations. At the same time, the design, production, sales, installation, maintenance, and operation of hydropower stations are scattered and independent from each other, and resources cannot be integrated and developed based on big data to achieve a win-win situation, resulting in a large waste of resources in the hydropower industry. In the existing technology, using automatic measurement and control components, network c...

AI Technical Summary

Problems solved by technology

[0002] Traditional small and medium-sized hydropower stations need to be equipped with more operation and maintenance personnel, and their personnel and equipment maintenance costs reach 50%-60% of the power generation revenue, resulting in poor operating conditions and poor economic benefits for most hydropower stations

At the same time, the design, production, sales, installation, maintenance, and operation of hydropower stations are scattered and independent from each other, and resources cannot be integrated and developed based on big data to achieve a win-win situation, resulting in a large waste of resources in the hydropower industry.

In the existing technology, using automatic measurement and control components, network communication technology, and computer control technology, many remote centralized monitoring technologies for hydropower stations have been explored, but these technologies are often limited to centralized control and management of some hydropower stations, lacking effective integration of industry resources

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