摘 要
工业4.0时代下，电气工程自动化对提高生产效率、降低成本和增强系统稳定性至关重要。PLC技术作为自动化核心，因其可靠性、灵活性和易维护性，在工业自动化中广泛应用。研究PLC技术的应用和优化对提升自动化水平和产业升级至关重要。本文探讨了PLC技术在电气工程自动化中的应用问题和优化策略，包括硬件选择、软件编程、通信协议、系统集成等方面的问题，并提出了优化建议，如硬件升级、软件管理、网络通信优化和系统标准化。这些研究成果对提升自动化系统的性能、稳定性和可靠性具有重要价值。
关键词：电气工程自动化 PLC技术 工业自动化
Abstract
In the era of industry 4.0, electrical engineering automation is crucial to improving production efficiency, reducing cost and enhancing system stability. As the core of automation, PLC technology is widely used in industrial automation because of its reliability, flexibility and easy maintenance. Studying the application and optimization of PLC technology is crucial to improving the level of automation and industrial upgrading. This paper discusses the application problems and optimization strategies of PLC technology in electrical engineering automation, including hardware selection, software programming, communication protocol, system integration, and makes optimization suggestions, such as hardware upgrade, software management, network communication optimization and system standardization. These research results are of great value in improving the performance, stability, and reliability of automated systems.
Keyword:Automation of electrical engineering PLC technology Industrial automation
目 录
1 引言 1
2 相关理论概述 1
2.1 PLC技术基础 1
2.2 电气工程自动化系统概况 1
3 PLC技术在电气工程自动化中的问题 2
3.1 不适配的硬件选择带来的性能限制 2
3.2 硬件配置错误导致的系统不稳定 2
3.3 程序编写不规范造成的错误频发 3
3.4 缺乏有效程序更新与维护机制 3
3.5 通信协议不统一导致的数据交换问题 4
3.6 PLC与其他系统组件集成困难 4
第4章 PLC技术应用的对策 5
4.1 选择合适的硬件以提升系统性能 5
4.2 优化硬件配置和冗余设计增强稳定性 5
4.3 规范化编程与代码复用减少错误 6
4.4 建立持续的程序维护和升级机制 6
4.5 统一通信协议和加强网络管理 7
4.6 提高PLC系统的兼容性和集成性 7
5 结论 7
参考文献 9
致谢 10
工业4.0时代下，电气工程自动化对提高生产效率、降低成本和增强系统稳定性至关重要。PLC技术作为自动化核心，因其可靠性、灵活性和易维护性，在工业自动化中广泛应用。研究PLC技术的应用和优化对提升自动化水平和产业升级至关重要。本文探讨了PLC技术在电气工程自动化中的应用问题和优化策略，包括硬件选择、软件编程、通信协议、系统集成等方面的问题，并提出了优化建议，如硬件升级、软件管理、网络通信优化和系统标准化。这些研究成果对提升自动化系统的性能、稳定性和可靠性具有重要价值。
关键词：电气工程自动化 PLC技术 工业自动化
Abstract
In the era of industry 4.0, electrical engineering automation is crucial to improving production efficiency, reducing cost and enhancing system stability. As the core of automation, PLC technology is widely used in industrial automation because of its reliability, flexibility and easy maintenance. Studying the application and optimization of PLC technology is crucial to improving the level of automation and industrial upgrading. This paper discusses the application problems and optimization strategies of PLC technology in electrical engineering automation, including hardware selection, software programming, communication protocol, system integration, and makes optimization suggestions, such as hardware upgrade, software management, network communication optimization and system standardization. These research results are of great value in improving the performance, stability, and reliability of automated systems.
Keyword:Automation of electrical engineering PLC technology Industrial automation
目 录
1 引言 1
2 相关理论概述 1
2.1 PLC技术基础 1
2.2 电气工程自动化系统概况 1
3 PLC技术在电气工程自动化中的问题 2
3.1 不适配的硬件选择带来的性能限制 2
3.2 硬件配置错误导致的系统不稳定 2
3.3 程序编写不规范造成的错误频发 3
3.4 缺乏有效程序更新与维护机制 3
3.5 通信协议不统一导致的数据交换问题 4
3.6 PLC与其他系统组件集成困难 4
第4章 PLC技术应用的对策 5
4.1 选择合适的硬件以提升系统性能 5
4.2 优化硬件配置和冗余设计增强稳定性 5
4.3 规范化编程与代码复用减少错误 6
4.4 建立持续的程序维护和升级机制 6
4.5 统一通信协议和加强网络管理 7
4.6 提高PLC系统的兼容性和集成性 7
5 结论 7
参考文献 9
致谢 10
