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Accessing method and system of calculation module of power grid planning simulation platform based on plug-ins

A computing module and simulation platform technology, applied in computing, software design, program control design, etc., can solve the problems of time-consuming and labor-intensive analysis, non-standardization, error-prone, etc., achieve burden reduction, simple and convenient upgrade and maintenance, and shorten the integration cycle Effect

Pending Publication Date: 2017-06-20
CHINA ELECTRIC POWER RES INST +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The purpose of power system planning is to achieve an ideal grid structure at the end of planning. Determining an ideal grid structure is a complex issue involving many factors. Manual analysis of planning schemes is time-consuming, cumbersome, boring, and very labor-intensive. Standardization and error-prone, so the development of an intelligent and efficient graphical power grid planning simulation platform will greatly improve the scientificity, reliability and efficiency of power planning

Method used

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  • Accessing method and system of calculation module of power grid planning simulation platform based on plug-ins
  • Accessing method and system of calculation module of power grid planning simulation platform based on plug-ins
  • Accessing method and system of calculation module of power grid planning simulation platform based on plug-ins

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Effect test

Embodiment 1

[0052] The present invention improves the typical multi-module, loosely coupled simulation system integration method, uses the platform / plug-in software development framework in this proposal to decompose the development tasks, makes the platform and computing modules independent of each other, and uses QML scripts The language customizes an easy-to-extend interface system on the front end of the platform, and implements the computing module as a "plug-and-play" plug-in. When the computing module is connected to the platform, the platform and the computing module, multiple computing The data flow and control flow that interact between modules and within the computing module are configured and managed, which improves system stability and execution efficiency. When the computing module is upgraded and maintained, it is only necessary to maintain the plug-in files under the condition that the interfaces and declarations remain unchanged. The upgrade and maintenance are simple and ...

Embodiment 2

[0064] (1) Based on the platform / plug-in development architecture, the development tasks of the power grid planning simulation platform are layered, the interactive relationship between the platform and the computing modules is simplified, the computing modules are independent, and the platform decoupling design architecture is as follows: figure 2 As shown, the simplified interaction relationship between the simulation platform and the calculation module is as follows: image 3 shown.

[0065] (2) Design the main interface of the platform based on the QML scripting language, and lay out a customizable and expandable interface system on the main interface according to the access requirements of computing modules, including the title bar, menu bar, module navigation bar, toolbar, status bar, and zoom tool , information feedback window, etc., such as Figure 4 shown.

[0066] (3) The platform dynamically configures the menu bar according to the menu bar XML file, which can re...

Embodiment 3

[0117] Based on the same inventive concept, the present invention also provides a plug-in-based grid planning simulation platform computing module access system, including:

[0118] Layering and decoupling module: used to layer development tasks in the requirements analysis stage, decouple the interaction between the simulation platform and computing modules, and separate out the simulation platform and computing modules;

[0119] Custom module: based on the QML scripting language, it is used to customize the interface system that can be customized and extended at the front end of the platform;

[0120] Design modules: plug-ins for designing computing modules as plug-and-play;

[0121] Initialization module: Design the computing module configuration file for initial configuration of the computing module;

[0122] Maintenance Module: Used to simplify loading and maintenance of Compute Modules.

[0123] The interactive relationship between the simulation platform and the compu...

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Abstract

The invention relates to an accessing method of a calculation module of a power grid planning simulation platform based on plug-ins. The accessing method comprises the following steps: layering a development task in a requirement analysis phase and decoupling an interaction relation between the simulation platform and a calculation module; separating the simulation platform and the calculation module; customizing an interface system capable of being subjected to self-customized expansion at the front end of the platform based on a QML scripting language; designing the calculation module into a plug and play type plug-in; designing a configuration file of the calculation module and carrying out initialization configuration on the calculation module; and simplifying loading and maintenance of the calculation module. According to the accessing method provided by the invention, construction complexity of a multi-module, loose-coupling and easy-change type simulation system is simplified and the load of platform developers is alleviated; and the system upgrading and maintenance efficiency is improved, and the integration period of the simulation system is extremely shortened.

Description

technical field [0001] The invention relates to the field of integration of electric power simulation systems, in particular to a plug-in-based computing module access method and system for a grid planning simulation platform. Background technique [0002] The topic of power system planning is very complex, and the research scope is wide, covering the planning and coordination of source-network-load. There are many research methods for each topic, including load forecasting methods, power supply planning methods, power grid planning methods, uncertain power grid planning methods, and reliability, economy, and security evaluation methods of power grid planning. [0003] In actual research, each research topic is integrated into the platform as a computing module, the platform provides data for each module, calls the computing module or the internal function of the computing module through the platform interface, and obtains the iterative information executed by the computing ...

Claims

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Application Information

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IPC IPC(8): G06F9/44G06F9/445G06Q10/06G06Q50/06
CPCG06F8/10G06F8/20G06F9/44526G06Q10/06313G06Q50/06
Inventor 郑志伟邹卫美裘微江白俊杰宫春明曾平良张彦涛周勤勇韩家辉杨京齐潘有双曹晓晨罗春青张亮吴国辉张国亮刘欣孙冠中李亚楼田芳严剑锋
Owner CHINA ELECTRIC POWER RES INST
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