Research on salt spray test of power facilities based on standardized laboratory construction

Author:

Qian Xiying,Jin Kunpeng,Lu Shenjie,Lv Longjin

Abstract

Abstract With the continuous development of electric power systems, electric power companies have standardized the requirements for safety testing laboratories for salt spray test of electric power facilities in accordance with relevant national standards and specifications, and combined with the previous work experience of electric power companies, this paper analyses in detail the laboratory-based The characteristics and significance of standardized management of salt spray test of electric power facilities under standardized construction, and also elaborated the new requirements for laboratory construction. At the same time, it strengthened training, performed competence verification and comparison between laboratories, and strict In the aspects of good method confirmation, enhanced management, and enhanced standard dynamic management, relevant suggestions for strengthening the standardized management of safety testing laboratories in power facilities for salt spray testing were put forward. It is hoped that the test results of power facilities salt spray testing laboratories can be effectively improved. And accuracy to achieve sustainable development.

Publisher

IOP Publishing

Subject

General Medicine

Reference8 articles.

1. Introduction to Green Electricity;Wei;Journal of Guiyang University: Natural Science Edition,2018

2. Implementation of Green Electricity Experimental Teaching;Zengyan;Exam.Teaching Research,2017

3. Green electricity technology and its application in environmental protection;Qin;Nonferrous Mining and Metallurgy,2017

4. Green Electricity and Its Research Progress;Yemei;Journal of Puyang Teachers College,2017

5. Understanding Green Electricity and Strengthening Environmental Governance;Gaorong;Shopping Mall Modernization,2016

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1. Automation on Industrial Monitoring System for Salt Spray Test;Proceedings of International Conference on Intelligent Manufacturing and Automation;2023

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