In the heart of Guangdong,a 1-million kilowatt thermal power plant serves as a backdrop for a quiet but transformative technological revolution in operations and maintenance.Here,the ARIS-HSR robot glides smoothly across the coal-handling bridge,its robotic arm deftly opening the high-voltage cabinet door,while an infrared thermal imager meticulously scans the temperature of equipment.An AI voiceprint recognition system attentively listens for any unusual equipment sounds.What once required the collaborative efforts of eight engineers to complete complex inspection tasks can now be accomplished independently by this robot,boasting an impressive accuracy rate of 99.97%.This is a vivid representation of how Youai Zhihe is spearheading a revolution in industrial intelligent operations and maintenance (O&M).

Currently,the energy sector is grappling with challenges such as aging equipment and a shortage of inspection personnel.Traditional maintenance practices find themselves at a crossroads,striving to balance efficiency,safety,and cost—a delicate equilibrium often referred to as the “impossible triangle.” In this context,Youai Zhihe,recognized as a national specialized "little giant" enterprise,has leveraged its robust technological foundations and innovative capabilities to assemble a legion of robots spanning critical sectors such as power generation,power grids,and mining.Their core “AI + mobile robotics solutions” fundamentally reshape the underlying logic of industrial operations and maintenance.

Within the unique environment of strong magnetic interference,the ARIS-MS robot emerges as a standout solution.Featuring a four-wheel drive platform designed with anti-magnetic specifications,it maintains stable operation even under severe magnetic disturbances.Thanks to its exceptional autonomous navigation capabilities,it can effectively conduct accurate inspections across expansive areas,offering reliable support for operational maintenance in magnetically intense environments.

Meanwhile,the ARIS-TW series of railbound inspection robots shine in navigating complex indoor and outdoor settings.Whether in an indoor machine room or on outdoor facilities,it can autonomously conduct routine inspections along tracks,significantly reducing labor costs while markedly enhancing maintenance efficiency.This innovation effectively transforms the traditional reliance on human labor,characterized by inefficiencies.

For the operational challenges associated with distribution rooms,the ARIS-HSR series intelligent patrol robots provide a cutting-edge answer.Integrating inspection and live electrical operation capabilities,these robots successfully transcend previous technological barriers concerning live operation within high-voltage distribution cabinets and switch cabinets,filling a critical gap in the industry while ensuring the efficiency and safety of maintenance operations.

In modern power systems,indoor and outdoor substations and transformer stations are crucial hubs for the transmission and distribution of electricity.The normal functioning of their equipment is vital.However,traditional manual inspection methods are not only inefficient but also pose certain safety risks,failing to meet the industry's demands for efficacy,precision,and intelligence in equipment inspection today.To address these challenges,the ARIS-X series robots were developed specifically for the inspection of indoor and outdoor substations and transformer stations,emerging as innovative solutions in the field of power equipment inspections.

One of the most remarkable features of the ARIS-X series robots is their unique four-wheel independently driven chassis.This design provides the robot with high protection and remarkable mobility,enabling stable operation in complex and variable environments.Whether navigating through narrow hallways indoors or traversing uneven outdoor terrain,the ARIS-X series robots handle any situation with ease.Their excellent protection level effectively shields them from dust,rain,and moisture,ensuring functioning under extreme conditions.This high protective capability not only extends the robots' lifespan but also enhances the reliability and stability of their inspection operations.

Additionally,this independent four-wheel drive design allows for flexible movement capabilities.The robots can perform pivot turns and precise translations,swiftly reaching the locations requiring inspections.This enhanced mobility greatly improves inspection efficiency,reducing inspection time and enabling the robots to cover more equipment areas in a shorter period,providing a stronger safeguard for the safe operation of power systems.

In conjunction with exceptional chassis performance,the ARIS-X series robots incorporate advanced 3D navigation algorithms.This algorithm enables robots to accurately perceive and model their surroundings,achieving autonomous navigation and path planning.During inspections,the robots autonomously avoid obstacles based on preset inspection routes,effectively completing equipment inspection tasks.Moreover,the 3D navigation algorithm continuously monitors the robots' positions and orientations,ensuring their safety and stability throughout the inspection process.

Through the perfect fusion of the four-wheel independent drive chassis and advanced 3D navigation algorithms,the ARIS-X series robots offer an optimal solution for autonomous or minimally staffed inspection scenarios in substations.They facilitate comprehensive and intelligent equipment inspections and condition monitoring.Equipped with various sensors,such as cameras,infrared sensors,and ultrasonic sensors,the robots monitor and analyze parameters of equipment,including appearance,temperature,humidity,and vibration in real-time.If any anomalies are detected,the robots promptly send alerts and transfer relevant data to the back-end management system,allowing staff to take action in a timely manner.

The emergence of the ARIS-X series robots not only enhances the efficiency and accuracy of power equipment inspections but also significantly reduces the safety risks associated with manual inspections.They provide robust support for the intelligent development of the electricity sector,driving a transformation towards a mode of operations and maintenance that requires little to no human intervention.In the future,as technology continues to advance and improve,the ARIS-X series robots are expected to find applications in more areas,contributing significantly to the safe and stable operation of power systems.

Additionally,the ARIS-MR lift inspection robot specializes in addressing the challenge of inspecting equipment at multiple heights indoors.In environments such as distribution rooms and switch rooms,it ascends and descends with ease,accurately covering the inspection needs of devices at varying heights.This ensures that no inspection blind spots remain,significantly enhancing the precision of indoor equipment operations and maintenance.

In scenarios requiring operation within tight spaces,the ARIS-FR intelligent inspection robot showcases exceptional adaptability through its mobility chassis and six-degree-of-freedom collaborative robotic arm.It adeptly navigates confined areas and skillfully executes delicate tasks such as opening switch cabinet doors,adjusting knobs,and toggling switches,positioning itself as a valuable assistant for operational maintenance in cramped quarters.

With their diverse functionalities and outstanding performance,Youai Zhihe's legion of robots is progressively infiltrating every aspect of industrial operations and maintenance,injecting powerful momentum into the industry's development and leading it toward an era defined by intelligence and efficiency.