Power Inspection Robot Solution

Scheme Introduction

Based on the characteristics of the power industry, we provide intelligent robot solutions for substations, distribution stations, and other areas. With intelligent robots as the core, we can achieve autonomous detection of equipment, conduct equipment inspections in key and high-risk areas, and accelerate the process of digital and intelligent development.

Inspection robots use highly intelligent robot technology and image recognition technology to replace manual detection and diagnosis of equipment operation status in special environments, achieving full coverage inspection of equipment areas. They have multiple functions such as security inspection, environmental monitoring, smoke sensing, etc., which can effectively reduce safety hazards such as fires and theft, alleviate the problem of weak power of duty personnel, and improve work efficiency.

Intelligent robots can achieve functions such as intelligent recognition of meters, infrared temperature measurement, gas detection, vibration detection, sound analysis, high-definition video monitoring, etc., fully covering the monitoring of key equipment status, enabling operation and maintenance personnel to timely control the operation status of equipment.

Pain Point Issues

The manual inspection process is not traceable

The quality of inspection varies greatly due to the different qualities of personnel, and the accuracy of inspection data also varies.

There are hazards in the inspection environment

Some inspection areas have hazardous environments that pose a threat to personnel safety.

Low efficiency of manual inspection

The traditional manual inspection method has high labor intensity and low work efficiency.

Core Functions

Advantages and Characteristics

• Complex scene adaptation

The combination navigation technology that integrates multiple positioning methods can work normally and accurately in harsh environments and climates, as well as rugged hills and mountains. High positioning accuracy, flexible obstacle avoidance, and avoidance of road collapse or potholes.

• Image recognition

Image recognition based on deep learning, equipped with visible light cameras and infrared cameras, accurate positioning of instruments and equipment, obtaining images through visible light, infrared thermal imaging, etc. and accurately performing image recognition, with a recognition rate of over 96%.

• Automated early warning

Through numerical analysis, threshold comparison, trend analysis, database and other related technologies, automatic warning of abnormal data can be provided. Early warning information is presented through various methods such as interface alarms, sound and light alarms, and linked alarms to promptly remind operation and maintenance personnel to pay attention.

• Multi dimensional control

Robots can achieve low-speed movement, high-speed cruising, automatic obstacle avoidance and other motion modes. By controlling the vertical stroke of the lifting arm and adjusting the angle and focal length of the pan tilt camera, 360 degree blind spot inspection can be achieved.

Application Cases

A substation in a certain city covers an inspection area of 5500 square meters, with a winter temperature of around -25°C and a summer temperature of up to around 35°C. Through robots, intelligent recognition of electricity meters, infrared temperature measurement, gas detection, sound analysis, and high-definition video monitoring are achieved to fully monitor the status of key power equipment, enabling power operation and maintenance personnel to timely control the operation status of equipment.

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