Core Viewpoint - The company is implementing an innovative model that combines "model leadership, digital transformation, and grassroots effectiveness" to enhance the safety and stability of the power grid in the Jinchang region [1] Group 1: Innovation and Team Structure - The company has established a technical team consisting of 7 professional technical backbones and 8 young employees, focusing on six specialized fields such as secondary maintenance and high-voltage testing [1] - An innovation studio has created a mechanism for "topic recognition - joint tackling - results sharing," which addresses core challenges in substations and fosters talent development [1] Group 2: Technological Advancements - A new handheld relay protection testing device was developed, reducing on-site operation time by 60% while doubling work efficiency, significantly easing the workload for frontline staff [2] - The electrical testing team created a "布控红外测温装置" that operates on solar power and includes a temperature anomaly alert system, effectively monitoring and addressing temperature-related risks [2] Group 3: Process Optimization and Automation - An innovative team led by Wu Jiaxin developed an intelligent operation module that automates data correlation and verification, reducing the average input time for maintenance plans from 60 minutes to 20 minutes, saving 80% in labor costs [3] - The company has implemented RPA robots to automate safety tool monitoring and document verification, increasing efficiency by over three times and ensuring a 100% return rate for safety tools [4] Group 4: Overall Impact and Future Directions - The innovation studio has established a mature working mechanism focused on problem-solving, team collaboration, and result transformation, contributing to the high-quality development of the Jinchang power grid [4] - The series of innovations not only resolve numerous production challenges but also cultivate a high-quality talent pool that is innovative, proactive, and capable of overcoming difficulties [4]

2025年，该公司变电运检中心电气试验班进一步优化装置性能，新增温差阈值预警功 能，当监测点温度异常时，系统自动推送告警信息至手机APP，形成"监测—分析—处置"闭 环管理链条。截至目前，有两台装置已分别应用于110千伏永昌变、夹河变，累计监控温度 异常隐患12起，有效降低运维成本。 在积极应对迎峰度夏保供电攻坚战中，这一创新成果将展现出显著优势。1月，在110千 伏龙口变电站，布控红外测温装置通过持续监测一母电压互感器油箱温度数据，结合环境温 度变化建立动态模型，发现其电压制热型缺陷，及时进行应急处置，避免潜在的跳闸风险。 此外，太阳能供电设计不仅减少碳排放，更适应了金昌地区光照充足的地理特点，与绿色电 网建设理念高度契合。 5月21日，国网金昌供电公司变电运检中心电气试验班成功应用QC成果"布控红外测温 装置"，并在实战中持续发力，以智能化、绿色化的创新实践，为电网设备安全运行注入新 动能。 2024年，针对变电站设备测温依赖人工、效率低的痛点，该公司变电运检中心电气试验 班以QC活动为载体，成功研制出集太阳能供电、无线传输、智能分析于一体的"布控红外测 温装置"。此装置采用高效太阳能电池板结合蓄电池，实 ...