摘要
探讨了变电站高压电气试验设备的技术改进策略,提出从精准性与可靠性、操作流程与人机交互、风险评估与控制、新兴技术应用等四个方面进行优化。通过引入高精度传感技术和自动化调节能力,提高测试精度和效率;通过自动化流程和用户友好界面,简化操作并提升易用性;利用动态风险评估模型和多层次安全防护机制,确保试验安全;结合大数据、人工智能和物联网技术,推动设备智能化升级。研究表明,这些措施可全面提升设备性能,为现代电网稳定运行提供重要支持。
This article explores the technical improvement strategies for high-voltage electrical testing equipment in substations,proposing optimization from four aspects:precision and reliability,operation process and human-computer interaction,risk assessment and control,and application of emerging technologies.By introducing high-precision sensing technology and automated adjustment capabilities,testing accuracy and efficiency can be improved;Simplify operations and improve usability through automated processes and user-friendly interfaces;Utilize dynamic risk assessment models and multi-level security protection mechanisms to ensure the safety of experiments;Combining big data,artificial intelligence,and IoT technology to promote the intelligent upgrading of devices.Research has shown that these measures can comprehensively improve equipment performance and provide important support for the stable operation of modern power grids.
作者
曹慧
陈晓笑
刘海生
CAO Hui;CHEN Xiaoxiao;LIU Haisheng(State Grid Aksu Power Supply Company,Aksu 843000,China)
出处
《电工技术》
2025年第S1期43-45,共3页
Electric Engineering
关键词
变电站
高压电气试验设备
现状
技术改进
substation
high voltage electrical testing equipment
present situation
technical improvement
