the same as 3D printing, Drones have become one of the most innovative and versatile technologies in recent years. They can be used in fishing, rescue operations in natural disasters such as earthquakes and tsunamis, or in agriculture to assess fruit ripeness and potential late blight. Applies to drones albeit in solar power plants, but also in other agricultural operations. Although the cost of solar power is steadily dropping and efficiency is improving, it still requires vast amounts of land to generate electricity. for example, India, It is one of the largest power plants of its kind, covering over 40 square miles. Of course, these endless fields require maintenance, especially to detect broken or dirty panels.usage of Drone with thermal camera Creating heat maps and identifying failing cells is one of the first steps in speeding up these tasks. All this information must be processed and analyzed. here, AI software Developed by raptor map makes the greatest contribution. The company says its drone technology has analyzed about 1% of the solar power generated worldwide.
raptor map innovative technology Provides sufficient resolution to analyze individual PV cells. Once all data is collected from the solar power plant, the data is seamlessly uploaded to the company’s servers, where specific issues are detected and repair costs are assigned to each, allowing clients to prioritize . The next step is to use GPU-equipped drones that can generate maps in real time on site.
Ironically, the startup initially focused on providing an aerial reconnaissance solution for agriculture. But I soon realized that clients implemented them in the following way: solar power station, so they decided to specialize in that field of work. Considering the International Energy Agency’s projections for solar power, it’s a reasonable inference. The most important power source on earth By 2050.
cleaner solar power
As dust and dirt build up on the surface, solar panel It is one of the main causes of efficiency loss over time. The situation is even worse in dry areas, where the presence of sand interferes with work. And these areas are exactly the areas suitable for the installation of solar power plants. Therefore, cleaning operations can account for up to 60% of the operating costs of these plants. But even here, drones have come in handy, providing autonomous cleaning devices.This innovative technologydeveloped by aerial poweris based on a brushed drone for waterless cleaning of solar panels. According to the company, one of its key benefits is artificial intelligence system It’s the ability to perform those tasks without the help of a human operator.