Redefining Solar PV Inspections with Cutting-Edge Drone-Based EL Technology
State-of-the-Art Imaging
Our advanced imaging technology captures detailed, high-quality images, revealing even the smallest defects in PV modules, ensuring thorough and accurate inspections.
Our cutting edge technology
Precision Hardware
Our hardware is designed for maximum accuracy and reliability, featuring a compact and lightweight EL payload with an integrated InGaAs sensor, specifically optimized for drone operations.
- Seamless Integration
The EL payload fits perfectly with leading industrial drone platforms, enhancing operational efficiency. - Advanced cooling and thermal management
The SWIR camera is equipped with active cooling and superior thermal management for reliable long term operation. - Sharp Focus
Auto-focusing technology guarantees clear, precise images across varied distances and angles.
Autonomous Flight Control
Our flight control software automates drone operations, maximizing inspection efficiency and safety.
- Smart Navigation
Advanced algorithms plan precise flight paths for comprehensive site coverage. - Autonomous Operation
Autonomous controls allow for uninterrupted inspections, even in complex settings. - Built-In Safety
Safety protocols protect against operational risks during inspections.
AI-Driven Defect Identification
Our EL imagery is processed using advanced AI algorithms that automatically detect and classify defects, providing actionable insights without the need for manual analysis.
- Automated Detection
AI-driven analysis accelerates the identification of defects, reducing the time required for inspection and reporting. - Other highlights of using AI
The AI not only identifies defects but also estimates the potential impact on module performance, allowing for more informed decision-making.
Quantitative Electroluminescence Analysis (QELA)
QELA combines big data processing with advanced EL imaging to assess your PV system’s health comprehensively. Some of the metrics are:
- Uniformity Score
Measures average module intensity and distribution, predicting power loss and comparing module performance across the project. - Integrity Score
Identifies defects that may not affect current performance but could lead to future degradation or safety risks. - Rating
User adjustable rating based on the defects criteria of interest
