电力系统自动化背景下内线安装标准化作业流程优化

Optimization of Standardized Workflow for Internal Wiring Installation in Power System Automation Context

摘要

随着电力系统自动化水平的提升，低压内线安装的标准化、精细化与智能化已成为影响工程质量与运行安全的关键。传统内线安装在管理模式、工序衔接、质量检验及安全控制方面存在标准不统一、操作随意和信息化水平低等问题，难以满足自动化系统的高可靠性与可追溯性要求。本文基于电力系统自动化框架，提出“标准作业+数字监控+智能评估”的流程优化体系，通过工序再造、作业模板化与数据化管理，实现由经验驱动向标准驱动的转变。研究表明，优化后的标准化流程可降低施工差错率28%，缩短工期15%，显著提升电气安装的安全性与一致性，为电力工程施工质量的数字化与智能化管理提供了有效路径与技术支撑。

Abstract

With the advancement of power system automation, the standardization, refinement, and intelligentization of low-voltage internal wiring installation have become critical factors influencing project quality and operational safety. Traditional internal wiring installation faces challenges such as inconsistent management standards, arbitrary operations, and low digitalization levels in process coordination, quality inspection, and safety control, which fail to meet the high reliability and traceability requirements of automated systems. Based on the power system automation framework, this paper proposes an optimized workflow system integrating “standardized operations + digital monitoring + intelligent evaluation.” Through process reengineering, templating, and data-driven management, the study achieves a transition from experience-based to standard-driven practices. The research demonstrates that the optimized standardized workflow reduces construction error rates by 28%, shortens project timelines by 15%, and significantly enhances the safety and consistency of electrical installations. This provides an effective pathway and technical support for digital and intelligent management of power engineering construction quality.

关键词

电力系统自动化 / 内线安装 / 标准化作业

Key words

power system automation / internal wiring installation / standardized operation

参考文献

[1] 陆文彪 , 基于北斗的智能配电网线路综合监测系统技术开发.浙江省,国网浙江丽水市莲都区供电公司, 2014—03—14.

[2] 徐小英. 电力馈线自动化在GIS上实现的研究[D]. 昆明理工大学, 2002.

[3] 吴文宣 , 智能变电站二次系统自动检测关键技术及应用.福建省,国网福建省电力有限公司电力科学研究院, 2016—02—24.