Computing processing method for tower load of power transmission line

Abstract

The invention relates to a computing processing method for tower load of a power transmission line. A user can compute on line through a browser, a tower load program of a CS architecture is upgraded conveniently, the development cost and risk of the tower load program of the CS architecture are low, and computed results can be saved online. The method comprises the steps that (1) after the user logins an account through the browser, the user selects a tower load computing unit, and parameter information required by computing of tower load is input; (2) the data is submitted to a web terminal processing unit of a BS architecture, and the web terminal processing unit writes the data into a middle database; (3) the web terminal processing unit informs a CS terminal tower load computing unit of arrival of new tasks; (4) the CS terminal tower load computing unit is connected with the database, and computing parameters of the new tasks are acquired; (5) the CS terminal tower load computing unit acquires and computes the data, and results are written into the middle database in a JSON format; (6) the CS terminal tower load computing unit informs the web terminal processing unit of completion of computing tasks; (7) the web terminal processing unit informs the user of completion of the computing tasks.

Description

technical field [0001] The invention belongs to the technical field of power line engineering measurement, and in particular relates to a calculation and processing method for tower loads of power transmission lines. Background technique [0002] At present, most of the tower load calculation programs of transmission lines are program software with CS architecture, and they are all mature and stable design tools. Each user needs to personally install and then carry out calculation design. Moreover, the existing software is developed and designed based on power design specifications and standards. After the calculation is completed, the generated results are saved on the personal computer. When the software needs to be updated or the power design specifications change, the developer needs to re-update the program. Users must re-download and install or upgrade new client programs to meet design requirements in different situations. [0003] Web Service is a common way of cro...

AI Technical Summary

Problems solved by technology

[0005] 1. The client is not easy to upgrade

[0006] When there is a new version of the software, the user cannot obtain the new program information in time, and the user needs to install it manually

When the power design standard changes or a major design problem is found, the user update is not timely

[0007] 2. High redevelopment costs

[0008] If the tower load calculation program of the CS architecture is converted to the online calculation program of the BS architecture (browser / server structure, the user interface is completely realized through the browser), it is necessary to redesign the existing mature software products, and the development cost and risk are relatively high

[0009] 3. Poor compatibility

[0010] The software of the CS architecture model relies heavily on development tools and development languages, and the operating environment also relies heavily on the operating system

[0011] 4. Tower load calculation results are not concentrated

[0012] The results of the calculation can only be saved in the local system, and the data of previous calculation results cannot be viewed at any time

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