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]

Core Insights - The company has successfully developed an innovative "Infrared Temperature Measurement Device" that integrates solar power, wireless transmission, and intelligent analysis to enhance the safety and efficiency of substation equipment monitoring [1][2] - The device has demonstrated significant advantages in operational efficiency and environmental sustainability, aligning with the green grid construction philosophy [2] Group 1: Innovation and Development - The "Infrared Temperature Measurement Device" was created to address the inefficiencies of manual temperature monitoring in substations, allowing for real-time data collection and cloud-based analysis [1] - The device features a self-sustaining solar power system, eliminating reliance on fixed power sources and enabling flexible deployment across substations [1] Group 2: Operational Efficiency - The implementation of the device has led to a reduction in operational costs and improved monitoring capabilities, with 12 temperature anomalies detected and addressed [1] - The time required for inspections has been significantly reduced, with remote monitoring capabilities allowing for temperature trend analysis via mobile devices, effectively doubling work efficiency [2] Group 3: Future Plans and Integration - The company plans to further enhance the device's capabilities by integrating AI diagnostics and developing health assessment algorithms for equipment [2] - There is an intention to promote the technology across more substations, contributing to the establishment of a "unmanned + centralized monitoring" model [2]