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In Solar Power Plants,

Analysis, Management, and Reporting Platform.

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You have many reasons to make your plants smart.

Our specially designed MapperX software for automatic fault detection in solar energy systems processes and interprets the critical thermal inspection data for Solar Power Plants (SPP) in detail, providing you with useful reports. This way, you can increase the efficiency of your facilities while reducing operational costs and achieving your long-term sustainability goals.

Create Digital Twins of Your Plants

Digital twins of solar panel sites detect early-stage failures through thermographic inspection, manage maintenance and repair operations with task tracking, and help maintenance teams determine the most efficient routes for time and resource savings through navigation analysis. This approach enhances operational efficiency while reducing maintenance costs.

Take Control of Anomalies!

Using MapperX with AI-powered autonomous processes for thermographic inspection, flawlessly detects anomalies in solar panel fields. This technology, by identifying potential issues such as overheating at an early stage through AI algorithms, enables maintenance teams to intervene in the most efficient way. Autonomous processes prevent failures, maximize energy efficiency, and minimize energy loss.

All Teams on One Platform

The MapperX platform stands out with its ‘Task Manager’ module, specifically designed for managing maintenance operations in solar power plants. This module centralizes task tracking and management processes, simplifying maintenance and repair operations at energy plants. The Task Manager automatically schedules, prioritizes, and assigns tasks to maintenance teams, thereby enhancing team efficiency and the smoothness of workflow.

Save Time

The MapperX platform significantly accelerates and automates maintenance and operational processes at solar power plants compared to traditional methods. Utilizing advanced technologies like AI-powered autonomous processes and thermographic inspection, it automates lengthy analyses and procedures that require manual intervention. This enables faster detection of potential problems and anomalies, provides maintenance teams with timely and accurate information, and facilitates rapid and effective interventions.

Log and Manage Panel Serial Numbers

The MapperX platform facilitates the management and tracking of warranty processes through its powerful OCR technology, which automatically scans the serial numbers of solar panels. This feature allows for the effective processing of panels’ digital twins, enabling easy management of each panel’s records and performance. This results in significant time savings during the maintenance and management of solar power plants, while preserving the value of investments and enhancing operational efficiency.

Discover the Workflow of MapperX in 3 Steps!

mapperx hizmetler ikonu 3Mapping

Conduct flights in compliance with instructions or use MapperX Drone Services.

mapperx hizmetler ikonu 2Cloud Upload

Upload plant photos to our system, and access your results quickly and easily.

mapperx hizmetler ikonu 5Reporting

After completing the analysis and inspection processes of digital fields with artificial intelligence, Mapperx generates a technical analysis report of world standards.

The drones supported by MapperX.

You can review our support library for detailed information and flight instructions for drones supported by MapperX Artificial Intelligence PV Panel inspection software.

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DJI Mavic 3T Enterprise

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DJI Matrice 30T

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DJI Matrice 300 RTK + Zenmuse H20T

Pricing

Başlangıç

$0.025'den başlayan fiyatlarla
  • GSD: 10.0 ± 0.5 cm/pixel
  • High Altitude Flight
  • General Solar Module Inspection
  • Low Detail Inspection
  • 2 Different Types of Anomaly Detection
  • BOS Component Module (Optional)
  • Thermal and RGB Inspection
  • Work Orders Module
  • Panel Serial Number Scanning Module
  • Efficiency Calculation
  • Detailed Reporting

Entry-level inspection is suitable for quickly scanning large areas. High-altitude flights provide a wide field of view but produce less detailed images.

*Detected Error Types: Module, Array (String)

Profesyonel

$0.040'dan başlayan fiyatlarla
  • GSD: 5.0 ± 0.5 cm/pixel
  • Medium Altitude Flight
  • Cell-Based Anomaly Inspection
  • Detailed Inspection
  • 12 Different Types of Anomaly Detection
  • BOS Component Module (Optional)
  • Thermal and RGB Inspection
  • Work Orders Module
  • Panel Serial Number Scanning Module
  • Efficiency Calculation
  • Detailed Reporting

It is ideal for detailed anomaly detection and reporting at the cell level. This package offers economical and fast solutions by providing faster mapping operations with flight altitude.

*Detected Anomaly Types: Cell, Multiple Cells, Diode, Multiple Diodes, Module, Hot Spot, String, Plant Shading, Pollution, Shading, Junction Box, Break/Crack

Enterprise

$0.055'den başlayan fiyatlarla
  • GSD: 3.0 ± 0.5 cm/pixel
  • Low Altitude Flight
  • IEC 62446-3 Compliant Inspection
  • Comprehensive Inspection
  • 12 Different Types of Anomaly Detection
  • BOS Component Module
  • Thermal and RGB Inspection
  • Work Orders Module
  • Panel Serial Number Scanning Module
  • Efficiency Calculation
  • Detailed Reporting

This level is required for detailed thermal inspection and reporting compliant with IEC 62446-3 standards. This GSD level is suitable for comprehensive identification of critical anomalies on solar panels and cells, in compliance with internationally recognized standards.

*Detected Anomaly Types: Cell, Multiple Cells, Diode, Multiple Diodes, Module, Hot Spot, String, Plant Shading, Pollution, Shading, Junction Box, Break/Crack

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Frequently Asked Questions

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1. What is thermographic inspection in solar power plants?

Thermographic inspection is a technique used to detect the temperatures of equipment used in solar power plants. This inspection allows potential faults to be identified early, enabling preventive maintenance.

2. Why is thermographic inspection important?

Thermographic inspection helps improve the efficiency of equipment in solar power plants. Early detection of faults and preventive maintenance can reduce operating costs.

3. How is thermographic inspection conducted?

Thermographic inspection is conducted using thermal cameras. These cameras detect the temperatures of equipment, and the data is processed and reported by MapperX.

4. Does thermographic inspection cause any damage to my site?

Thermographic inspection is a non-destructive process, so it is applied to your site without making any physical changes. Thermographic inspection does not cause any damage to your site and helps your plant continue to operate safely.

5. Why is a thermal camera important?

Thermal cameras are used to accurately detect the temperatures of equipment in solar power plants. These cameras assist in early detection of faults and preventive maintenance.

6. How is thermographic inspection reported?

The data from thermographic inspection is processed by our software, and a comprehensive report is generated. These reports are used to improve the efficiency of solar power plants and reduce operating costs.

Believe in the future of Artificial Intelligence!

MapperX is more than just PV panel inspection. Download our catalog for detailed information on artificial intelligence fault detection, digital twin technology, anomaly detection, and detailed reporting.

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We shape the future with our MapperX software, which we designed and developed for Solar Energy facilities, with our experienced R&D team consisting of artificial intelligence engineers and mapping engineers.

Artificial Intelligence Pv Panel Inspection Software
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