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A hydropower station simulation method and simulation system based on active perception

A simulation method and simulation system technology, applied in the field of hydropower station simulation method and simulation system based on active perception, can solve the problems of high interdependence of modular models, difficult development and debugging, serious model coupling, etc., and achieve multi-intelligence and adaptive effect

Active Publication Date: 2022-03-22
CHINA THREE GORGES UNIV
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] (1) The centralized calculation mode of the traditional hydropower station simulation model cannot guarantee the real-time calculation of the simulation system, and there is a system delay phenomenon
[0008] (2) The model coupling of the traditional hydropower station simulation system is serious and does not have scalability, resulting in low model reuse, difficult development and debugging, and long development cycle
[0009] (3) The modular modeling method based on the idea of ​​large-scale system decoupling is difficult to configure and modify the code, and the decoupled modular models are highly interdependent and cannot be reused, making it difficult to perform large-scale customization of the simulation system

Method used

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  • A hydropower station simulation method and simulation system based on active perception
  • A hydropower station simulation method and simulation system based on active perception
  • A hydropower station simulation method and simulation system based on active perception

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Effect test

Embodiment 1

[0079] Through in-depth analysis of the operating environment of hydropower stations and the interaction mechanism of equipment, it is found that in addition to traditional human-computer interaction, modern smart hydropower systems are more about interconnected interaction and autonomous operation between equipment. The equipment and systems involved in hydropower energy production have obvious advantages. Intelligent features such as active perception, analytical reasoning, and autonomous control. The unattended operation mode of smart hydropower stations is the embodiment of this feature. The hydropower equipment conducts distributed organization, loosely coupled combination, asynchronous non-blocking communication through the device bus, and completes the hydropower intelligent production process collaboratively through real-time perception and active response to various sensor signals. Inspired by this, if the intelligent perception and active service characteristics of...

Embodiment 2

[0123] Example 2: An example of a hydropower station system decoupling and active perception modeling model

[0124] Through the in-depth analysis of the dynamic hydropower system, the decoupling method based on the strong coupling point of the system and the split solution method can be used to decompose the large system of the hydropower station into each hydroelectric power generation that can be independently calculated at the high voltage busbar of the generator set and the power transformer busbar of the plant. Multiple sub-domain simulation units such as unit and its control subsystem, electrical network subsystem, relay protection system, auxiliary machine system, plant power system, external power grid equivalent system, etc., provide a strict mechanism for the modeling of active sensing equipment Assurance and tiering. The decoupling of the hydropower station system and the division and interaction of each subsystem are as follows: figure 2 shown.

[0125] ...

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Abstract

The invention belongs to the technical field of hydropower station simulation control, and discloses a hydropower station simulation method and simulation system based on active perception. The hydropower station equipment is used as the organization unit for decoupling and simulation services, and the intelligent perception and active service of hydropower equipment are used as the main line to drive the construction. model and simulation process. By rationally integrating the service composition and interaction ideas in SOA and EDA, and seamlessly integrating them into the modeling object of the hydropower environment—the simulation model of intelligent hydropower equipment, the on-demand distribution of device perception information and event-driven service collaboration are realized. , to complete the construction of the entire hydropower station simulation operating environment. The modeling method of the hydropower station simulation system provided by the present invention uses equipment as the basic unit of system decoupling and model organization, which is more in line with the operating principle of a real hydropower station, and is more clear and natural in the division of responsibilities, and is more conducive to the refinement of modeling and modeling Loose coupling, reusability and scalability, as well as mass customization of hydropower station simulation systems.

Description

technical field [0001] The invention belongs to the technical field of hydropower station simulation control, in particular to a hydropower station simulation method and a simulation system based on active perception. Background technique [0002] At present, the existing technologies commonly used in the industry are as follows: [0003] Hydropower station simulation is to realize a virtual operating environment that is the same as or similar to the actual hydropower station by modeling the production and operation process of the entire hydropower station on the computer. Hydropower station staff and researchers can complete the simulation operation test and virtual operation under various working conditions of the hydropower station in this environment to analyze and evaluate the safety and efficiency of hydropower production, assist decision-making, and conduct various normal working conditions for new students. and operational training under accident conditions. [000...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G05B17/02
CPCG05B17/02
Inventor 张彬桥李咸善陈铁吴成明李飞
Owner CHINA THREE GORGES UNIV
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