Auditing power equipment temperature is an effective way to prevent accidents at electrical substations and power grids.
Normally, this task is carried out by a qualified technician who uses a portable thermal vision camera to measure the IR emission intensity of the equipment, thus determine its heat rate.
To prevent accidents, this temperature audit should be conducted on a regular basis.
In some climatic regions, the audit of power equipment is performed in the early morning, when the equipment is covered with atmospheric condensation.
The S3 Mobile Robot has a flexible thermal vision camera and is designed for automated auditing of substation facilities’ power equipment temperatures.
Maintaining trained staff to regularly and safely audit all necessary equipment is costly as an expense that can be eliminated. Additionally, safety is increased with the use of the S3 Mobile Robot as hands-free remote diagnostics at unmanned electrical substations can be collected. If any unsafe conditions were to arise, off-site personnel can be alerted before any person comes into harm’s way.
Outfitted with an automated guidance system, the S3 robot navigates through the entire area of a substation and performs on-the-go scanning of the area’s power equipment with the robot’s onboard pan-tilt, positioner-mounted thermal vision camera.
If above-normal temperature is detected, the IR image processing system identifies an overheat and transmits an alarm signal, along with the thermal image, to an operator via WiFi.
Purchase and operation of an S3 will cost you a hundred times less than any possible losses incurred due to the facilities’ malfunction and damages caused to the electrical power’s consumers and suppliers.
Given all of these economical and safety benefits, the S3 robot is recommended as a standard component for unmanned electrical substations.
Accuracy of automated positioning of the robot at a site for remote inspection:
Pointing accuracy at the inspection object from a distance of 7-15 yards with automated positioning the robot at a site for inspection:
Scanning time of the inspection object 6×6 with 15% overlap of cameras’ fields of view
Note: The camera takes pictures, and every time a picture is taken, the camera moves by 85% of the previous frame (generating a 15% overlap). This makes it possible to increase the resolution of the final image. After scanning by thermal imager (resolution 320×240) the final image will be ((320 × 240 × 0.85) × 6) × 6
Computer module for three-dimensional temperature model image of the inspected object.
Note: Using two-dimensional images taken from several different positions, the computer module can create a three-dimensional model image that the operator can rotate on the computer screen to see all the details. This computer module is the subject of a major development.