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Identifying Problems in Solar Panels to Improve Efficiency

Solar panels are a great way to power your home or business with clean and renewable energy. The efficiency of solar panels can decrease over time. This can be caused by a variety of factors, such as damage, contamination or inefficient operation of the panels.

In order to improve the efficiency of your solar panels, it is important to identify and address any problems that may occur with your panels early on.

Here are some common problems that can occur with your solar panels:

Broken or cracked panels: Solar panels can be exposed to harsh weather conditions or impacts. This can cause the panels to break or crack. Broken or cracked panels can prevent sunlight from reaching the panels and reduce efficiency.

Dirty panels: Solar panels can be contaminated by dust, bird droppings and other pollutants. They can block sunlight from reaching the panels and reduce efficiency.

Faulty cables: Solar panels contain cables that connect the panels to the inverter. The cables can become damaged or malfunction over time. Defective cables can reduce the efficiency of the panels.

Defective inverter: The inverter converts the DC electricity generated by the solar panels into AC electricity. The inverter can fail over time. A faulty inverter can reduce the efficiency of the panels.

Visual Inspection: Regular visual inspection of the panels can help detect obvious problems such as dirt, shading or damage.

Thermal Imaging: Thermal abnormalities in panels can be detected using thermal cameras, which can indicate cell damage or connectivity issues.

Data Monitoring and Analysis: Continuous monitoring and analysis of the data generated by the panels can help identify poor performance or abnormal behavior.

Drone Control: Drones can be used to visually inspect panels from a height, making inspections faster and more efficient.

Remote Monitoring Systems: Using remote monitoring systems over the internet, the status of the panels can be continuously monitored and instant alerts can be received.

MapperX artificial software uses drones with thermal cameras to measure the temperatures of solar panels. This temperature data is analyzed by the software and provides information about the performance of the solar panels. MapperX software is also used to detect possible failures in solar panels. Faulty solar panels are flagged by the software and reported to plant owners in a world-class manner.

MapperX software is designed to help owners and operators of solar power plants to run their plants more efficiently and reliably.By uploading your solar power plant photos to cloud-based systems, you can ensure that your files are securely stored and analyzed through MapperX.

Orthophoto is a method used to place high-resolution aerial photographs on a three-dimensional map and to measure and analyze surface features. Detailed maps can be created with this technology, which is an important tool in the field of geographic information systems (GIS).

MapperX is a software that facilitates the work of users in photo and image conversion. It automatically converts your JPG format photos from solar panels to GEOTIFF format, preserving temperature data.

MapperX performs the process of converting your orthomosaic maps created thanks to artificial intelligence technology into digital fields. By analyzing the temperature data of solar panels, possible failures can be detected faster and more accurately.

MapperX can create technical failure reports in accordance with world standards with the support of artificial intelligence after digital field analyzes and examinations are completed. The reports provide detailed information about the technical status of solar power plants, helping to prevent potential failures in advance and resolve them faster.

MapperX conducts fault detection processes by meticulously analyzing data based on the results of thermal inspections performed in solar power plants and provides detailed reports after this process. It provides a great convenience for solar power plant owners. Manual inspection and data analysis phases that previously took hours can now be completed in a few days thanks to MapperX’s technology. MapperX offers solar power plant owners the opportunity to quickly learn about faulty conditions in panels. Thanks to the detections, necessary measures can be taken without any disruption in electricity generation processes. This helps solar power plant owners to increase operational continuity and efficiency.

Visit the website to learn more about “Detecting PV Panel Faults in Advance: Fault Detection with Thermal Drone“