Thermographic inspection is a method that detects faulty or low-efficiency areas by measuring the surface temperatures of solar panels and BOS components. It is used to identify hotspots and other anomalies in panels.

Thermographic inspection helps detect temperature abnormalities in solar panels early, preventing potential failures and efficiency losses. This enhances plant performance and reduces maintenance costs.

Thermographic inspection is conducted using drones equipped with thermal cameras. The drones fly over the panels, capturing thermal images that are analyzed through the MapperX platform.

Using thermal drones allows for the rapid and efficient scanning of large areas. Drones capture detailed thermal images, even in hard-to-reach areas, enabling comprehensive inspection.

The MapperX platform reports the results of thermographic inspections in compliance with IEC 62446 standards. These reports include detailed analyses of faulty panels and hotspots.

Thermographic inspection should be conducted at least twice a year, depending on the plant’s maintenance schedule. More frequent inspections can help detect and prevent potential issues early.

Thermographic inspection can detect cell, multi-cell, diode, multi-diode, module, hotspot, string, plant shading, contamination, shading, junction box, breakage/crack. These faults can negatively affect the plant’s efficiency.

The MapperX platform uses AI-supported algorithms to analyze thermal images and detect temperature anomalies. These analyses help quickly identify faults and efficiency losses.

Thermographic inspection helps identify faulty panels and low-efficiency areas early. This ensures timely repairs and maintenance, maximizing energy production efficiency.

Inspection and testing are regular control and evaluation processes to ensure the safe and efficient operation of solar power plants. These processes assess the performance and condition of panels, inverters, and other components.

Inspection and testing are critical to ensuring optimal performance, detecting potential failures early, and maintaining safe operations in solar power plants.

Tests performed during inspection and testing include I-V Curve testing, resistance testing, polarity testing, and insulation testing, among others.

The MapperX platform digitizes inspection and testing processes, centralizing data collection and analysis. This reduces manual errors, speeds up reporting, and improves efficiency.

Inspection and testing data is collected through visual inspections, thermal measurements, and various electrical testing devices. The MapperX platform analyzes this data, creates digital twins, and provides automated reports.

Equipment used during inspection and testing includes thermal cameras, drones, multimeters, insulation testing devices, and I-V Curve testing devices.

Inspections and tests conducted with the MapperX platform comply with IEC 62446 standards, ensuring quality and reliability in solar plant inspection and testing processes.

The MapperX platform automates inspection and testing processes, reducing manual workloads. This speeds up processes, reduces errors, and saves significant time and costs.

Yes, with MapperX you can record your observations, thermal measurements, and electrical tests on the platform, compiling them into a single report.

Yes, you can record the results of tests and measurements conducted at the plant on the platform, accelerating your workflows and enabling detailed reporting. This allows for comparison and analysis of all results.

Serial number management is critical for warranty claims, maintenance, and replacement processes. The MapperX platform quickly scans serial numbers, creates their digital twins, and manages all data on a single platform.

The MapperX platform analyzes collected data and generates detailed, reliable inspection and testing reports in compliance with IEC standards. These reports are used to improve plant performance and safety.

Plant management encompasses all operational and maintenance activities to ensure the efficient and safe operation of solar power plants.

Serial number management ensures the recording and tracking of serial numbers for components such as solar panels and inverters. This is critical for warranty claims, maintenance, and replacement processes. The MapperX platform quickly scans serial numbers, creates their digital twins, and manages all data on a single platform.

Plant management prevents potential failures and efficiency losses through regular maintenance and monitoring activities. This ensures continuity in energy production and minimizes financial losses.

Meteorological data is used in energy efficiency calculations and maintenance planning. The MapperX platform automatically retrieves and analyzes this data to generate reports.

The MapperX platform provides the ability to track the performance and task assignments of team members. Job order statuses and team performance can be monitored and optimized through the platform.

To improve plant efficiency, regular maintenance and repairs should be conducted, thermographic inspection and electrical tests should monitor equipment performance, and interventions should be made when necessary.

The MapperX platform digitizes plant management processes, increases efficiency, and simplifies operational management. It optimizes plant management by offering real-time operational data monitoring, automatic reporting, and analysis features.

Plant management is critical to improving energy production efficiency, reducing costs, and preventing potential failures. Good management ensures the long-lasting and safe operation of the plant.