About
SkyVisor is a comprehensive renewable energy inspection and asset management platform built for wind and solar park operators. It streamlines the entire inspection workflow—from automated drone data collection to AI-powered analysis and real-time reporting—within a single unified solution. For wind energy assets, SkyVisor covers rotor blade health monitoring, tower corrosion detection, and lightning protection system (LPS) fault identification. For solar, it delivers high-quality automated thermography inspections to maximize energy production, construction progress monitoring, and rooftop PV inspections for systems up to 700 kW. The platform is composed of four integrated components: DroneApp for on-site automated data collection, WebApp for centralized reporting and project management, FieldApp for on-site team collaboration, and AI Analytics for rapid, precise defect detection. Together, these tools enable predictive maintenance and drastically reduce the time and effort required for large-scale asset inspections. SkyVisor is designed to be accessible to non-technical users, lowering the barrier for in-house drone operations without sacrificing data quality. The platform has been deployed in 30+ countries, trusted by hundreds of clients, and has detected thousands of defects across gigawatts of inspected assets. It is ideal for Independent Power Producers, Independent Service Providers, Original Equipment Manufacturers, and Engineering, Procurement & Construction professionals looking to digitalize and optimize their renewable energy operations.
Key Features
- Automated Drone Inspections: Enables fully automated drone flights for wind turbine blades, towers, LPS systems, and solar panel thermography, ensuring consistent and repeatable data collection.
- AI-Powered Defect Detection: Leverages advanced AI analytics to identify defects and anomalies in collected imagery, reducing analysis time from hours to minutes with precise, actionable results.
- Integrated WebApp & FieldApp: Provides a browser-based WebApp for centralized reporting and project management, and a mobile FieldApp for real-time on-site team collaboration and data review.
- Multi-Asset Wind & Solar Coverage: Supports blade health monitoring, structural corrosion detection, LPS fault identification, solar thermography, construction monitoring, and rooftop PV inspections up to 700 kW.
- Predictive Maintenance Analytics: Aggregates historical inspection data and defect trends to enable condition-based and predictive maintenance strategies, reducing unplanned operational downtime.
Use Cases
- Wind turbine blade health monitoring using automated drone flights to detect cracks, erosion, and damage before they lead to costly failures.
- Solar park thermography inspections to identify underperforming or faulty panels and maximize overall energy production.
- PV park construction monitoring to track project progress, ensure quality, and save project management time.
- Lightning protection system (LPS) fault detection on wind turbines to ensure compliance and operational safety.
- Rooftop PV system inspections for commercial installations up to 700 kW, enabling asset owners to maintain performance and identify issues early.
Pros
- Easy for Non-Technical Users: The platform and drone setup are designed to be user-friendly, allowing asset managers and field teams to conduct professional inspections without deep technical expertise.
- Dramatic Time Savings: AI-driven analysis compresses inspection reporting from hours to minutes, enabling faster decision-making and more frequent inspection cycles.
- End-to-End Single Platform: Covers the full inspection workflow—data collection, processing, reporting, and analytics—eliminating the need for multiple disconnected tools.
- Global Proven Track Record: Deployed across 30+ countries with a large base of satisfied clients spanning wind and solar sectors, demonstrating reliability at scale.
Cons
- Highly Niche Application: Purpose-built exclusively for wind and solar energy asset inspection, making it unsuitable for operators outside the renewable energy sector.
- Requires Drone Hardware Investment: In-house inspection workflows depend on purchasing and maintaining compatible drone hardware, adding upfront capital costs beyond the software subscription.
- Non-Transparent Pricing: Pricing details are not publicly listed; prospective customers must request a demo and go through a sales process to obtain cost information.
Frequently Asked Questions
What types of renewable energy assets does SkyVisor support?
SkyVisor supports both wind and solar assets. For wind, it covers rotor blade health monitoring, tower corrosion detection, and lightning protection system (LPS) fault detection. For solar, it supports automated thermography, PV park construction monitoring, and rooftop PV inspections up to 700 kW.
Who is SkyVisor designed for?
SkyVisor is designed for Independent Power Producers (IPPs), Independent Service Providers (ISPs), Original Equipment Manufacturers (OEMs), and Engineering, Procurement & Construction (EPC) companies operating wind and solar energy parks.
How does SkyVisor's AI defect detection work?
After automated drone flights collect visual and thermal imagery, SkyVisor's AI Analytics engine processes the data to identify defects, anomalies, and structural issues. The AI dramatically reduces analysis time—what previously took hours now takes minutes—and delivers precise, actionable reports.
What components make up the SkyVisor platform?
The SkyVisor platform consists of four components: DroneApp (for on-site automated data collection), WebApp (for centralized project management and reporting), FieldApp (for real-time on-site team collaboration), and AI Analytics (for automated defect detection and data analysis).
In how many countries does SkyVisor operate?
SkyVisor has been deployed across more than 30 countries, supporting wind and solar park operators worldwide with its inspection and asset management platform.
