Aerones

Aerones

Services for Renewable Energy

Riga, Riga 16,798 followers

World Leader In Robotized Wind Turbine Inspection and Maintenance. Faster, Safer and More Efficient Services Globally.

About us

Aerones is an innovative company that has developed robotic technology for wind turbine blade maintenance services, such as: • Conductivity measurements and trouble-shooting; • Drainage hole cleaning; • External inspection of the wind turbine blades; • Internal inspection of the blades; • Blade & Tower cleaning; • Coating application on the leading edges; • Leading-edge repair. The technology in use is controlled remotely. In addition, it is compact and easily transportable. Aerones is the first company in the world to provide the services using robotic technology: the maintenance process does not require technicians to work in dangerous heights, and thus is much safer, more efficient, and the downtime of the turbines is decreased significantly.

Website
http://www.aerones.com
Industry
Services for Renewable Energy
Company size
201-500 employees
Headquarters
Riga, Riga
Type
Privately Held
Founded
2018
Specialties
Wind Turbine Blades, Robotics, Wind Energy, Wind Turbine Maintenance, Operations & Maintenance, Wind Turbines, Renewable Energy, Green-tech, and Climate-tech

Locations

Employees at Aerones

Updates

  • View organization page for Aerones, graphic

    16,798 followers

    🚀Our repair projects in the USA are going at full speed! While our robots are working on blade repairs, our skilled technicians manage their performance from a safe distance on the ground. 🤖Aerones provides advanced robotic wind turbine inspection and maintenance services globally. With our patented robotic technology, maintenance tasks are completed 3x - 6x faster, and with 10x fewer idle days compared to traditional methods. #Kudos for the field pictures to Kerena Ansone! #WindEnergy #Innovation #Robotics #Aerones #Maintenance

  • View organization page for Aerones, graphic

    16,798 followers

    View profile for Dainis Kruze, graphic

    CEO at Aerones.com | Helping wind industry to reduce downtime and increase efficiency

    While we work to enhance productivity of wind turbine generators and strive for sustainable future, Russia is destroying Ukrainian energy infrastructure and incurs immense pain and destruction! 💔 That's why we're committed to supporting Ukraine during this difficult time. ⚡ Aerones has prepared a donation of 11 pieces of 10 kW generators to aid those affected by the war. These generators will help provide much-needed backup power where it's needed most. We encourage other companies to join us in supporting Ukraine as well. Together we are strong! #Ukraine #SupportUkraine #WindEnergy #Generators #LabdarībasLapa #StandWithUkraine

  • View organization page for Aerones, graphic

    16,798 followers

    Welcome to Aerones! Take a drive through a part of our manufacturing facility through the lens of our Internal Inspections (IIN) crawler robot. 💡 Managed by skilled technicians, our compact crawler navigates both operational and pre-commissioned turbine blades, conducting detailed inspections. Equipped with powerful adaptive LED lights, 360-degree HD cameras, and LiDAR sensors, the crawler captures the blade's internal area, gathering data for reports. This facilitates informed decision-making for maintenance and repairs. This innovative solution sets a new standard for wind turbine blade inspections. #Robotics #Aerones #WindIndusty #Maintenance

  • Aerones reposted this

    View organization page for Aerones, graphic

    16,798 followers

    🚧 Check out one of our projects in progress in Greece! 🚧 💡 Aerones data shows that nearly 14% of critical damages lie deeper than 30%-40% of the blade, beyond human reach. The most common defects include cracks in the blade surface, delamination, and wrinkles. That is why it is important to use advanced robotics to reach areas that are otherwise inaccessible, ensuring a comprehensive assessment of blade health. Aerones Internal Inspections process and technology allows for faster, safer, and more accurate inspections. #Aerones #WindEnergy #Innovation #InternalInspections #Greece

  • View organization page for Aerones, graphic

    16,798 followers

    🚧 Check out one of our projects in progress in Greece! 🚧 💡 Aerones data shows that nearly 14% of critical damages lie deeper than 30%-40% of the blade, beyond human reach. The most common defects include cracks in the blade surface, delamination, and wrinkles. That is why it is important to use advanced robotics to reach areas that are otherwise inaccessible, ensuring a comprehensive assessment of blade health. Aerones Internal Inspections process and technology allows for faster, safer, and more accurate inspections. #Aerones #WindEnergy #Innovation #InternalInspections #Greece

  • View organization page for Aerones, graphic

    16,798 followers

    💨Larger wind turbines do present more significant aerodynamic challenges, primarily due to leading-edge erosion. However, with the right mindset and robotic technology, we can address these issues effectively. 🛠️For more information about Aerones robotic wind turbine inspection and maintenance services visit www.aerones.com. #WindTurbine #RenewableEnergy #Innovation

    View organization page for PowerCurve, graphic

    2,842 followers

    Are larger wind turbines creating bigger problems for aerodynamic performance? Wind turbines are continually improving in design and technology, enabling them to produce more energy efficiently. As they increase in size, they harness more wind, significantly boosting their energy output; however, the longer blades also present greater challenges, such as increased susceptibility to leading-edge erosion and aerodynamic inefficiencies. Longer blades typically suffer more from leading-edge erosion, which reduces the Annual Energy Production (AEP) of the turbines. Longer blades generally have higher tip speeds, which contributes to the likelihood of developing serious leading-edge erosion as the process is driven through the blade impacting rain drops. The higher the speed, the more energy in the impact. Additionally, aerofoils on these larger turbines tend to be thicker and less aerodynamically optimized, making them likely to suffer larger AEP losses when they become eroded. Ultimately, with longer blades and bigger leading-edge erosion issues comes greater potential for aerodynamic optimization. By addressing these issues, we can significantly enhance the performance and maximize energy output through techniques like installing vortex generators. #windturbine #renewableenergy #blades #aerodynamic

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  • View organization page for Aerones, graphic

    16,798 followers

    Our Head of Sales, Arnis Seleznevs, and Account Executive, Ruben Gallego, are at the Australian Clean Energy Summit 2024 today! 🤝 If you're attending, be sure to connect with them! #WindTech #Innovation #Aerones #Australia #CleanEnergyCouncil

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Funding

Aerones 8 total rounds

Last Round

Grant

US$ 4.8M

See more info on crunchbase