Genisom AI
Power Inspection
Quadruped Robot
Application Scenarios
Substation Inspection
24-hour autonomous inspection, early detection of equipment hidden dangers, keeping inspection workers away from high-voltage risks.
Power Plant
24-hour coverage of large-scale plant areas, safeguarding the safe operation of the power plant.
Energy Storage Station
Replacing manual entry into high-risk areas, guarding the safety red line of energy storage.
Underground Pipeline Inspection
Quantified robotic traversal of narrow pipelines, leaving no hidden underground dangers undetected.
Business Pain Points
Scene “Multiple”
Involving all aspects of production, with complex environment / terrain, requiring high adaptability of inspection equipment
Heavy workload
The contradiction between the need for high-frequency, multi-point inspections and limited manpower; manual inspection efficiency is constrained
Result Requirements: “Accurate”
Requires precise problem localization, with strict demands on the accuracy and timeliness of inspections
Safety Requirements are “Strict”
Safety production must ensure uninterrupted power supply, and requires round-the-clock high-standard inspections
Our Advantages
Relying on full-stack independent R&D capabilities, our products excel in environmental adaptability, task execution efficiency, and system stability, leveraging a full-process closed-loop management to create industry-leading advantages.
Easily pass through stairs, slopes, mouse traps, and narrow doors
Meter reading, infrared temperature measurement, partial discharge detection, gas monitoring, etc.
Perception → Detection → Warning → Disposal Fully Automated
Modular loading, supports secondary development
Designed for rescue scenarios such as building fires, forest fires, industrial accidents, and geological disasters, quadruped robots can quickly enter complex environments inaccessible to personnel to perform tasks such as on-site reconnaissance, life detection, and material transportation. They transmit real-time information on temperature, fire intensity, and the location of trapped personnel, providing decision-making support for rescue command, effectively shortening the critical rescue time, and reducing the risk of injury or death to firefighters.
Designed for rescue scenarios such as building fires, forest fires, industrial accidents, and geological disasters, quadruped robots can quickly enter complex environments inaccessible to personnel to perform tasks such as on-site reconnaissance, life detection, and material transportation. They transmit real-time information on temperature, fire intensity, and the location of trapped personnel, providing decision-making support for rescue command, effectively shortening the critical rescue time, and reducing the risk of injury or death to firefighters.
Designed for rescue scenarios such as building fires, forest fires, industrial accidents, and geological disasters, quadruped robots can quickly enter complex environments inaccessible to personnel to perform tasks such as on-site reconnaissance, life detection, and material transportation. They transmit real-time information on temperature, fire intensity, and the location of trapped personnel, providing decision-making support for rescue command, effectively shortening the critical rescue time, and reducing the risk of injury or death to firefighters.