Multi-power-station remote intelligent integrated management system and method for switch-on and switch-off equipment

Abstract

Disclosed are a multi-power-station remote intelligent integrated management system and method for switch-on and switch-off equipment. The remote intelligent integrated management system comprises a local information acquisition system and a remote monitoring system; the local information acquisition system is connected with the remote monitoring system through a network; the local information acquisition system comprises a local equipment parameter acquisition system and a local equipment video acquisition system which are arranged on each hydropower station; the remote monitoring system comprises a hydropower station monitoring center and a remote monitoring center which are connected through a network, the hydropower station monitoring center is in communication connection with the local information acquisition system and comprises a hydropower station engineer station, a hydropower station central control room client side and a hydropower station central control room display largescreen, and the remote monitoring center comprises a remote engineer station, a remote monitoring server and a remote handheld client side. A wireless communication technology is applied to the remoteintelligent integrated management system and method, and multi-site, multi-platform and multi-terminal remote intelligent monitoring and management of the switch-on and switch-off equipment are achieved.

Description

Technical field [0001] The invention relates to the field of automatic remote monitoring, in particular to a remote intelligent comprehensive management system and method for multi-power station hoisting equipment. Background technique [0002] Hydropower station hoisting equipment is an important special lifting equipment for hydropower stations, which is responsible for the opening and closing of hydropower station gates, mainly including portal hoist, fixed hoist hoist, hydraulic hoist, bridge crane, etc. The safe and reliable operation of equipment is related to the safe production and economic benefits of the entire hydropower station. At present, most of the hoist has no real-time monitoring, recording and historical playback of its working status. When a dangerous or safety accident occurs, the investigation of the cause of the accident is in a difficult situation due to no evidence, and there is no malfunction. The early warning function cannot provide effective early wa...

AI Technical Summary

Problems solved by technology

However, a hydropower station generally has 6 to 10 hoisting equipment, and a company manages multiple power stations in a river basin. This single-machine working mode is not conducive to the centralized management and monitoring of equipment.

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