Core Viewpoint - The emergence of the new generation of intelligent robots for live-line work in the power distribution sector marks a significant advancement in operational efficiency, safety, and reliability, addressing the labor crisis in the industry [1][26][39] Group 1: Robot Functionality and Efficiency - The new generation of live-line work robots can perform complex tasks such as connection, disconnection, and equipment installation independently, which previously required experienced technicians [4][19] - The robot operates under high voltage (10,000 volts) and can complete tasks with a work efficiency close to 90% of that of human workers, achieving a 100% accident-free record [23][24] - It features two independent robotic arms with a load capacity of 20 kilograms, enabling it to handle heavy-duty tasks that were challenging for human workers [19][20] Group 2: Deployment and Impact - The robot has been deployed in multiple provinces, including Jiangsu, Zhejiang, and Sichuan, successfully completing over 10,000 tasks [11][27] - A notable achievement includes the first nighttime live-line connection work in Shanghai, showcasing the robot's advanced navigation and operational capabilities [12][28][30] - The demand for uninterrupted power supply has increased, necessitating the use of such robots to enhance operational efficiency and safety in live-line work [26][27] Group 3: Technological Advancements - The robot integrates AI algorithms and human-machine collaborative control, allowing it to autonomously plan paths and adjust to environmental changes [22] - Future iterations aim to enhance the robot's autonomy and adaptability in extreme weather conditions and complex environments [31][35] - The development of a deep learning platform is underway to continuously improve the robot's operational capabilities through data sharing and model updates [36][38] Group 4: Industry Challenges and Future Directions - The power industry faces a labor crisis, with many experienced technicians nearing retirement and younger workers showing little interest in high-risk jobs [26] - The company aims to develop a third-generation robot that can be operated by a single person, significantly reducing the workforce required for live-line tasks [35] - The long-term goal is to transfer the robot's capabilities to other complex operational environments, expanding its application beyond the power sector [40]

Group 1 - Yijiahe Technology Co., Ltd. has launched a new generation of live working robots for the high-risk and high-intensity power industry, featuring flexible robotic arms and precise control capabilities, enabling efficient maintenance of 10kV overhead lines and towers while ensuring worker safety [1] - The E100 outdoor intelligent inspection robot is designed for various applications including power plants and petrochemical industries, capable of performing all-weather automatic inspection tasks [1][2] - The robots showcased at the event demonstrated advanced capabilities such as defect detection, status recognition, and environmental monitoring, significantly enhancing intelligent operation and maintenance management [2] Group 2 - Tianchuang Robotics has developed a new T3 series rail-mounted robot with corrosion-resistant materials and an IP66 protection rating, suitable for long-term operation in harsh environments [2][3] - The T9 explosion-proof robot from Tianchuang Robotics meets the highest explosion-proof certification (IICT6), ensuring safety in flammable and explosive environments within the energy sector [3] - The Lingrui P1 quadruped robot from Jiangsu Jianmi Intelligent Technology Co., Ltd. showcases adaptability to various terrains and is applicable in industrial inspections, emergency rescue, and logistics [3] Group 3 - Tianchuang Robotics has been innovating for over a decade, producing various types of robots including inspection robots and mobile charging robots, serving industries such as power, public utilities, and petrochemicals [4] - The event facilitated direct connections between multiple local enterprises and organizations, aiming for deeper collaboration in the future [4] - Nanjing has established a mechanism for promoting application scenarios, with ongoing efforts to accelerate the application of technological achievements and foster high-quality development in the robotics industry [4]