Multistage emptying hole analogue simulation debugging system and analogue simulation debugging method

Abstract

The invention discloses a multi-stage emptying hole analogue simulation debugging system and an analogue simulation debugging method, the analogue simulation debugging system comprises a monitoring element, an acquisition module, a basic graphic module, a water body graphic module, a display module and an instruction analysis module, and the monitoring element is arranged in each stage of gate device in a multi-stage emptying hole; the analogue simulation debugging method comprises the following steps: acquiring various information, establishing a rectangular coordinate system, drawing a tunnel graph and a facility graph, drawing a water body graph, updating the various information in a simulation mode according to a received control instruction, and updating the water body information inan actual mode according to actual measurement data. According to the technical scheme of the invention, safety risks and operation defects existing in operation of the multi-stage emptying hole highdam project can be visually found out, effective measures can be conveniently taken in time for adjustment, original information used for analogue simulation debugging is accurate in source and high in reliability, safe operation of the multi-stage emptying tunnel high dam project is effectively guaranteed, and safety accidents are avoided.

Description

technical field [0001] The invention specifically relates to the technical field of water conservancy and hydropower engineering, in particular to a multi-stage vent hole simulation and debugging system and a simulation and debugging method. Background technique [0002] The high dam project has brought huge energy benefits to my country's economic and social development, and the venting technology of the project is an important guarantee for its stable and safe operation. However, high dam engineering buildings are often unable to be arranged below 80m water depth due to the huge water thrust of the structure, resulting in the water storage depth and water storage capacity of high dam engineering being limited by the layout elevation of water intake buildings, gate size, and gate structural form and mode of operation. It has greatly affected the water intake range and water consumption of related industries in my country, and even needs to arrange more buildings, invest mo...

AI Technical Summary

Problems solved by technology

However, high dam engineering buildings are often unable to be arranged below 80m water depth due to the huge water thrust of the structure, resulting in the water storage depth and water storage capacity of high dam engineering being limited by the layout elevation of water intake buildings, gate size, and gate structural form and how it works

It has greatly affected the water intake range and water consumption of related industries in my country, and even needs to arrange more buildings, invest more metal equipment, time, manpower, and material costs to meet the demand. , in the prior art, the control method of manual operation is still widely used, and the venting operation process is very complicated. Therefore, designing a simulation system capable of simulating the operation of multi-stage vent tunnels and high dams enables users to intuitively discover risks or defects in the process in advance, and facilitates adjustments by taking corresponding effective measures. Process reliability and safety of high dam project operation are very necessary

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