What does this hybridization consist of?

At the core of this innovation is the idea of combining two already proven technologies: **wind turbines and photovoltaic solar panels. **This is achieved by covering the wind turbine tower with organic and flexible solar panels, allowing additional electricity to be generated directly from the sun. This generated energy is not intended for the electrical grid, but is used to cover the internal electrical consumption of the wind turbine, making the energy production process even more efficient.

Curiosities of wind farms

• Monumental size: The blades of some modern wind turbines can reach the length of a football field, allowing them to capture more wind and generate more energy. These giants can produce enough electricity to power thousands of homes. - Technology and advanced maintenance: Thanks to the integration of artificial intelligence and drones, the maintenance of these parks is increasingly efficient. Drones equipped with cameras and sensors can inspect turbines, detect faults before they become serious problems, and contribute to safer, more continuous operation. - The wind turbines of the future: In addition to hybridization with solar energy, there are projects that explore the use of lighter and more efficient materials for the blades, as well as more aerodynamic designs that optimize wind capture. Even bladeless wind turbines are being tested, which generate energy from the vibrations caused by the wind.
• Floating wind farms: Not all turbines are anchored to the ground. Floating wind farms are a reality in some countries such as Norway and Scotland. These turbines are anchored to the ocean floor but float on the surface, making it possible to take advantage of the strongest and most constant winds offshore.

The hybridization between wind and solar energy not only optimizes energy production, but also reduces the environmental footprint of wind farms. By using the solar resource itself to power the turbines, the need to depend on external sources for their operation is minimized. These types of innovations point the way towards an energy future where efficiency and sustainability are at the center of the strategy.

At Uali we combine drones with artificial intelligence to provide precise and actionable data to the energy industry, facilitating decision-making in the care of its assets and thus generating a positive environmental impact.** Get to know us!**