Thermal Imaging Can Be Used by Drones for Solar Farms

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There are many benefits to using drones for solar farms. These drones eliminate the risk of rooftop work and ensure that the panels are safe and that electrical substations work properly. Drones also provide thermal readings and can zoom in on individual panels, helping to identify errors and problems without delay. This article will demonstrate how thermal imaging can help solar farms. Continue reading to find out how drones can help improve your operations.

A thermal camera attached to a drone

FLIR Vue Pro (640). The thermal camera was mounted to a multi-rotor quadcopter. It was focal length 9mm long and took NADIR images at a speed of one every second. In the first inspection, the thermal images showed an average resolution of 10 cm. The second inspection produced eleven images that took less than five minutes each. After replacement work, the thermal images allowed for quick inspection. The thermal camera's high image overlap, low motion blur and other advantages are its best features.

Reduces human error

Drone technology has many benefits. Drones have the ability to perform many solar tasks, including monitoring, time-critical inspections and strategic planned maintenance. Drone data can be transmitted directly to a smartphone app, which allows operators to quickly diagnose and fix the problem. The technology can detect problems in solar panels and alert operators before they lead to loss of energy output. Drones are indispensable because they reduce human error when evaluating solar power plants.

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Improves data quality

Drones can greatly improve the data quality of a PV farm. They can also provide thermal readings, zoom-in capabilities, and other useful information. The use of drones in solar operations can help PV operators ensure that their panels are properly installed and that the operations run smoothly. DJI Matrice drones are a high-tech industrial tool that is very popular. They have IP43 foul weather capability and a long flight time. In addition to their superior engineering capabilities, these drones excel in broadcasting/filmmaking functions and in the solar industry.

Accelerates inspections

Drones can be used to speed up solar inspections. Drones can fly over a 10 kilometer area and scan individual solar panels. Manual solar inspections only examine a few percent of modules and can lead to inaccurate results. Drones can scan every module, and report the findings with much more accuracy. The use of drones helps solar farm operators cut down on the cost and the need for human intervention.

Reduces the cost

Drone technology is reducing costs in many sectors. One such sector is solar energy, where drones have the potential to cut costs by up to 70%. Drones provide a cost-effective and efficient way to check the energy potential of roofs and conduct maintenance inspections. They also scan land at 'exceptionally fast' speeds. This allows drones to reduce costs at all stages of solar operations - from planning to maintenance and operation.

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