RTDT (Aerosense)
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About
RTDT provides a comprehensive hardware and software solution called Aerosense, designed to unlock aero-structural insights for wind turbine blades. The system addresses the industry's lack of site-specific data by utilizing ultra-thin, wireless sensor patches that adhere directly to blades. These patches collect high-frequency data including aerodynamic pressure, acceleration, vibration, and strain, which are then processed through an advanced AI-driven analytical stack to improve design, control, and risk management. The hardware is notable for its non-intrusive, flexible design, measuring as thin as 4mm to avoid impacting aerodynamic performance. It is completely autonomous, featuring a smart battery management system that recharges via integrated solar cells. This allows for rapid deployment—taking only minutes to install via removable tape—whether for field retrofits on existing turbines, factory installations, or wind tunnel testing. The system is agnostic to blade models, making it a versatile tool for various hardware configurations. At the core of the software is the Aerosense Intelligence Stack, which transitions from raw calibrated measurements to actionable recommendations. The platform uses proprietary algorithms to identify blade kinematics and structural integrity, delivering results through dynamic dashboards and API access. These insights lead to specific optimizations such as site-specific controller tuning to boost annual energy production (AEP) and lifetime extension strategies that reduce long-term CAPEX and operational costs. RTDT is primarily built for wind farm operators, turbine manufacturers, and insurance providers seeking to mitigate risk and maximize profitability. Unlike traditional monitoring systems that require complex wiring or internal access, Aerosense offers a reversible, external solution that captures high-fidelity data previously difficult to obtain at scale. This blend of edge sensing and cloud-based AI analytics allows stakeholders to validate loads during warranty periods and implement smarter maintenance schedules.
Pros & Cons
Non-intrusive installation takes only minutes using removable tape.
Operates autonomously via integrated solar cells and smart battery management.
Captures high-frequency data including aerodynamic pressure and blade strain.
Flexible hardware is agnostic to specific wind turbine blade models.
Delivers actionable recommendations for AEP boosting and lifetime extension.
External mounting may be subject to extreme environmental wear over long periods.
No public pricing information is available without a direct sales inquiry.
Deployment requires physical access to the turbine blades.
Use Cases
Wind farm operators can use the system to tune controllers and boost Annual Energy Production based on site-specific data.
Turbine manufacturers can validate structural loads during warranty periods to manage risk and improve future designs.
Maintenance teams can implement predictive maintenance by monitoring structural integrity and vibration patterns in real-time.
Insurance providers can utilize the data to create parametric insurance policies based on validated load data.
Research engineers can conduct wind tunnel testing to analyze aerodynamic efficiency without permanent blade modifications.
Platform
Features
• real-time dashboards
• api data access
• modular hardware configurations
• aero-structural ai algorithms
• high-frequency data capture
• ultra-thin 4mm profile
• solar-powered autonomy
• wireless sensor patches
FAQs
How long does the Aerosense system take to install?
The system is designed for rapid deployment and can be fully operational within minutes. It uses a non-intrusive removable tape, making it easy to install or remove without damaging the blade surface.
Is an external power source required for the sensors?
No, the Aerosense patches are completely wireless and autonomous. They feature an ultra-low-power design and integrated solar cells that recharge a smart battery system for continuous operation.
What specific measurements does the hardware capture?
The sensors provide high-frequency data on aerodynamic pressure, acceleration, blade motion, vibration, strain, and temperature. This multi-modal data allows for comprehensive aero-structural analysis.
Can the system be used on any turbine model?
Yes, the thin and flexible design is agnostic to the specific blade model. It can be installed on any section of a wind turbine blade, whether in a factory, a wind tunnel, or as a field retrofit.
How can users access the analytics and data?
Data and analysis results are delivered through secure, dynamic dashboards for visualization. Additionally, users can integrate the information into their own software systems via seamless API access.
Pricing Plans
Custom
Unknown Price• Aerosense wireless sensor patches
• AI-driven aero-structural analytics
• AEP boosting recommendations
• Lifetime extension insights
• Dynamic dashboard access
• Secure API integration
• Solar-powered autonomous hardware
• Modular sensor configurations
Job Opportunities
There are currently no job postings for this AI tool.
Ratings & Reviews
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