Core Viewpoint - The introduction of robotic technology, specifically the four-legged inspection robots, significantly enhances the efficiency and safety of power supply operations in the Xiong'an New Area, showcasing advancements in automation and smart technology in the energy sector [1][6][8]. Group 1: Robotic Technology Implementation - The Xiong'an New Area's underground cable tunnel features the first dual-chamber cable tunnel, spanning 16.15 kilometers, which is crucial for stable power supply [2]. - The robotic dog, weighing approximately 40 kilograms and standing 1.4 meters tall, is equipped with various sensors for real-time monitoring of the tunnel environment and cable conditions [2][3]. - The robot operates autonomously with minimal human intervention, capable of detecting partial discharge and hazardous gases, thus improving safety during inspections [3][5]. Group 2: Efficiency and Operational Improvements - The robotic dogs can complete inspections of the 11.75-kilometer tunnel section in about three to four hours, compared to the 22 hours required for human inspections [5]. - The integration of 5G technology allows for real-time data transmission and remote control, enhancing operational responsiveness and efficiency [5][7]. - The use of AI cameras in conjunction with the robotic dogs enables advanced monitoring capabilities, including the identification of safety hazards [6][8]. Group 3: Technological Advancements - The project incorporates cutting-edge technologies such as digital twin systems, laser radar SLAM technology, and edge computing, facilitating precise navigation and autonomous operations in complex underground environments [6][8]. - The deployment of a dedicated 5G network within the cable tunnel supports low-latency communication and enhances the overall safety and efficiency of operations [7][8]. - The combination of these technologies represents a significant shift towards intelligent inspection methods in the power supply industry, reducing labor intensity and improving safety [6][8].

Core Viewpoint - The introduction of quadruped inspection robots in the Xiong'an New Area's underground cable tunnels significantly enhances operational efficiency and safety in power supply management. Group 1: Technology and Functionality - The quadruped inspection robot, weighing approximately 40 kg and standing 1.4 meters tall, is equipped with visible light and infrared cameras for real-time monitoring of the tunnel environment and cable conditions [2][4]. - The robot can autonomously navigate and perform inspections over a distance of up to 6 kilometers, with a normal walking speed of 0.8 meters per second and a "hurry mode" speed of 2 meters per second [2][5]. - It features gas detection capabilities, temperature and humidity monitoring, and can conduct partial discharge detection using its mechanical arm [3][6]. Group 2: Operational Efficiency - The use of four robots can complete inspections of the 11.75-kilometer tunnel section in approximately three to four hours, compared to the 22 hours required for a two-person manual inspection [5][6]. - The robots operate in a fully 5G-enabled environment, allowing for real-time video transmission and immediate adjustments to their routes if necessary [5][8]. Group 3: Integration of Technologies - The project integrates 5G technology, digital twin systems, and AI capabilities, creating a comprehensive smart operation network with 278 AI cameras for enhanced monitoring and defect detection [7][8][9]. - The digital twin system allows for remote control and monitoring of the robots, facilitating a shift towards intelligent inspection methods [7][9]. Group 4: Safety and Risk Management - The robots can assess potentially hazardous environments, such as those with toxic gases, before human personnel are deployed, thereby reducing risks associated with manual inspections [6][8].