Combined automatic scheduling method for gate pump group based on automatic generation plan

Abstract

The invention relates to a combined automatic scheduling method for gate pump group based on an automatic generation plan. When the combined scheduling of the gate pump group meets a scheduling condition, a system selects a corresponding conditional algorithm from a model algorithm. The method comprises the steps: carrying out the analysis and selection of corresponding model data through combining with the functions of flood control safety, ecological water compensation and water distribution when the incoming water forecast and the water level of a gate pump group channel reach a certain value; outputting the whole gate pump group combined scheduling plan after calculation of a mathematic model; carrying out the simulation demonstration through the simulation of the scheduling demonstration, correspondingly correcting and optimizing an optimization scheduling plan through manual adjustment or according to a demonstration result if the demonstration result does not meet the requirements, and carrying out the simulation till the actual requirements are met; switching to a next step of actual comprehensive scheduling when the simulation demonstration result meets the requirements, and carrying out the real-time monitoring in the process of the actual comprehensive scheduling.

Description

technical field [0001] The invention relates to a combined automatic scheduling method for gate pump groups based on automatic generation of preplans. Background technique [0002] As an important part of the flood control and disaster reduction system, flood control projects such as sluice gates and pumping stations play a huge role in resisting flood disasters and protecting the environment and ecology. At the same time, they are also related to the safety of lives and property of millions of people and economic sustainability. Development is a major issue involving public safety, social stability and development. With the rapid development of social economy, higher requirements are put forward for the informatization and modernization of water conservancy, and it is urgent to build a perfect and intelligent automatic dispatching system. Compared with the previous dispatching plan and dispatching execution, the new dispatching plan formed after the integration and calcula...

AI Technical Summary

Problems solved by technology

[0007] 4. The existing dispatching instructions are by telephone or fax, and then the on-duty personnel control the gate pumps, which affects dispatching efficiency

[0009] 1. The existing water inflow forecast is based on manual experience or rough estimation. In the case of a large number of sluice pumps, it is impossible to accurately confirm the dispatch, whether the dispatch will be repeated, etc.

[0010] 2. Only the automatic control and scheduling of the gate pump station can be carried out, which cannot meet the needs of gate pump group scheduling

[0011] 3. Manual scheduling requires on-duty personnel to go to the scene to control, and the efficiency is low

[0012] 4. Dispatching instructions are issued by telephone or fax, and there is a time lag for information to be received and executed

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