Drone Thermography
Nowadays, with the development of thermal cameras, drone thermography has gained popularity, especially in industrial areas. This technology has become an important tool for many industrial applications by making it possible to create temperature maps by analyzing images obtained by mounting thermal cameras on a drone.
Why is Drone Thermography Important?
1. Fast and Precise Measurements: Drone thermography makes precise temperature measurements by quickly scanning large areas such as solar power plants. This is important for detecting faults in solar power plants and making repairs quickly.
2. Safe: Some solar power plants can be dangerous to humans, but drone thermography improves safety by making it possible to take temperature measurements in dangerous areas.
3. Cost: Drone thermography is faster and more accurate than manual inspections. It saves businesses more time and money.
How is Drone Thermography Performed?
The DJI Mavic 3T Drone flies over the target area and captures images that can measure surface temperatures thanks to its thermal camera. These images are then analyzed to create temperature maps.
As the most effective method for aerial thermal and high-resolution inspections of photovoltaic (PV) systems covering hundreds of thousands of panels, drone technology offers an ideal solution for detecting anomalies.
The Importance of Drones for Solar Power Plants
Solar energy is an important renewable energy source that will be used to meet a large part of our energy needs in the future. For this reason, solar power plants are becoming increasingly popular, but their maintenance and management is a laborious process. This is where drones come into play.
The use of drones in solar power plants provides many benefits. First of all, drones allow plants to be controlled quickly and effectively. For example, drones can scan the surfaces of solar panels and detect cracked, broken or damaged panels. Defective panels can then be repaired or replaced more quickly.
Another important use of drones in solar power plants is to collect and analyze data. Drones can measure the amount of energy produced by solar panels and analyze the intensity can be monitored. Plant owners and operators can obtain the necessary data to optimize the performance of their plants.
The use of drones in solar power plants is an important tool to speed up maintenance and management processes and make them more efficient. Quickly solving problems detected by drones allows for more energy production in less time. The use of drones to inspect solar power plants is becoming increasingly common.
Improving the Efficiency of Solar Power Plants with Drones
Solar panels become dirty over time, which reduces their efficiency. Drones fly over solar power plants to detect faulty panels and thus increase the efficiency of solar power plants.
Drone Thermography with MapperX
While drones increase work efficiency by drastically reducing solar power plant inspection times, the vast amount of data generated in the process presents a challenge that must be processed by humans to make it usable. Manual review of this data may be possible, but checking thousands of photos one by one by humans is laborious and costly. Thanks to MapperX, artificial intelligence (AI) and machine learning, overcoming these challenges has become easier and more efficient.
MapperX is an important solution partner in maintaining and increasing the efficiency of solar power plants. You can rely on MapperX to improve the performance of PV panels and prevent failures. Remember that solar power plants are an important investment for business owners and this investment should be used efficiently.
MapperX is an essential software to improve the efficiency of your power plant and ensure a long-lasting investment. By detecting problems affecting your PV panels in advance, you can minimize production losses in your business and reduce your operating costs. Visit the website to learn more about “Electricity Generation with Solar Panels”
