DroneEye
Solar Module Infrared Inspection Solution with Drone
First launched in Japan and now introduced to Malaysia, DroneEye is a cloud-based infrared (IR) image analysis tool that uses artificial intelligence (AI) to inspect solar power plants via drones. With Malaysia’s increasing adoption of renewable energy and rapid solar farm development, DroneEye offers a practical solution to meet local industry needs.
DroneEye uses deep learning to identify defective solar modules with 93.5% accuracy (based on 2018 development data). It's ideal for Malaysia’s growing solar industry seeking smarter maintenance solutions.
*based on product development stage in 2018
Efficient and convenient
Inspection data is stored securely in the cloud, allowing operators to access reports anytime, anywhere — perfect for teams managing sites across different states.
Time and labor saving
By combining drones, AI, and cloud technology, DroneEye helps reduce inspection time and manual labor, supporting Malaysia’s push toward automation in solar O&M.
Accurate and reliable
Backed by Japanese technology and now adapted for Malaysia’s climate and operational needs, DroneEye delivers accurate, reliable thermal analysis to improve performance and reduce downtime.
How it works?
DroneEye operates by first capturing thermal images of a solar power plant using drones equipped with infrared (IR) cameras. These images are then automatically uploaded to a secure cloud server, where DroneEye’s AI engine analyzes them using deep learning algorithms. The system identifies and classifies defects such as hotspots, cell damage, or string failures with high accuracy. Once the analysis is complete, a detailed inspection report is generated, highlighting defective modules along with their exact locations and thermal image references. All data is stored in the cloud, allowing solar O&M teams and asset managers in Malaysia to access inspection results anytime, anywhere, for faster and more informed maintenance decisions.
Panel abnormalities detection
DroneEye uses deep learning to analyze infrared images, accurately identifying and categorizing defects in solar power installations. The system's accuracy has significantly improved from 12.5% to 93.5%, demonstrating the effectiveness of deep learning in enhancing infrared inspection reliability.
DroneEye in action
Partner Program
Launched in Malaysia in 2023, the program is a strategic initiative designed to revolutionize the solar O&M landscape in Malaysia by integrating cutting-edge drone and AI technology.
For solar O&M partners, this program aims to enhanced operational efficiency, reduced costs, and improved solar energy production.
For DaaS companies, it provides a unique opportunity to grow the business by entering a high-demand sector with specialized services.
Program content
DroneEye Partner Program supports companies in solar O&M and drone aerial photography, especially those using drones for infrared inspections of solar panels. The program provides access to DroneEye’s cloud services, specialized software, and training.
Becoming a DroneEye Partner allows your company to offer fast, cost-effective, and highly accurate inspection services through a streamlined process.
Training
The three-day training course covers the essentials for deploying DroneEye service safely and effectively. It includes lessons on inspecting solar modules with drones, using cloud services, designing navigation routes, ensuring safety, and developing practical skills for successful implementation.
Cloud Service
The DroneEye management site is a cloud-based platform that centralizes inspection data. It features an advanced AI server for automatic analysis of infrared imagery and includes tools for submitting detailed reports and managing data efficiently.
Software
Our software helps design effective automatic drone flight paths for inspecting solar modules by integrating the solar power plant’s layout with map information. This ensures optimized navigation routes for comprehensive and accurate inspections.
Training program
In collaboration with the Selangor Human Resource Development Centre (SHRDC) and the Malaysian Photovoltaic Industry Association (MPIA), the [Drone-based IR Solar PV Inspection training program, utilizing DroneEye]*, was officially launched in 2024.
Facilitated by Drone Academy Asia, this program is designed to equip participants with the skills to set up and execute infrared solar inspections using drones. Participants will learn to detect panel defects and abnormalities, perform detailed analysis, and produce comprehensive reports, enhancing the operation and maintenance procedures of solar power plants.
*Prerequisite for DroneEye Partner Program
Objectives
- Gain an overview of UAS technologies and regulations for drone operations in Malaysia.
- Efficiently operate drones using manual and automated waypoint missions to collect aerial data.
- Understand infrared solar PV inspection procedures and industry standards.
- Utilize DroneEye software to upload and analyze inspection data.
Partner path
Partner pricing plan
Starter
FREE
Prerequisite
Completed DroneEye training course by Selangor Human Resource Development Centre / Drone Academy Asia
Features
- Trial DroneEye account for 60 days (starts from the date of training completion)
- DroneEye thermal analysis for up to 2.5MW quota
- Standard support
Standard
RM 8,000
Prerequisite
Completed DroneEye training course by Selangor Human Resource Development Centre / Drone Academy Asia
Features
- Perpetual DroneEye administrator account
- DroneEye thermal analysis for up to 5MW quota
- Additional quota purchase (price list will be provided)
- Standard support
Enterprise
Starts from RM 13,255 / year
Prerequisite
Completed DroneEye training course by Selangor Human Resource Development Centre / Drone Academy Asia
Features
- Perpetual DroneEye administrator account
- Custom annual-based pricing contract for DroneEye thermal analysis quota
- Additional quota purchase at discounted rate (price list will be provided)
- Standard support
- Contract period: 2 years (minimum) - 5 years (maximum)
- Minimum quota: 30MW per year