Festo Didactic is a world-leading provider of technical education learning solutions that maximize learning outcomes and productivity on a global scale. Leveraging its unique industrial and didactic DNA, its product and service portfolio offers vocational and technical schools, universities, training centers, and industrial companies with integrated educational solutions aligned to professional requirements.

Festo Didactic is part of the globally oriented, independent, family-owned company Festo. The company has its headquarters in Esslingen am Neckar, Germany and supplies pneumatic and electrical automation technology to 300,000 customers in factory and process automation. Festo has set standards in industrial automation technology and technical education, contributing to the sustainable development of the environment, economy, and society.

Festo Didactic develops complete learning solutions in a wide range of technical fields: factory and process automation, electrical engineering, fluid power, industrial trades, building system technology, communications, environmental technology, and more.

Learning solutions encompass turnkey multimedia courses and pedagogical material, training equipment for hands-on experimentation, and digital tools for simulation, data acquisition, and control. We also design practical learning environments (laboratories, workshops, and classrooms), as well as curricula and training programs.

A real, fully operational wind turbine for your classroom

Festo Didactic offers training equipment that develops future wind turbine technicians' practical skills in key technical areas such as the fundamentals of wind technology, hydraulics, mechanics, and electrotechnology. Learners are prepared for real-world operation, troubleshooting, and maintenance, as well as connection to the power grid, in a safe, hands-on environment.

The cornerstone of our offering is the scaled-down nacelle of a commercial wind turbine. It allows for the programming of interactive wind simulations: motors actuate the weather sensors, sending signals to the control system, which then uses the parameters to produce authentic data. An induction motor can also produce real power that is returned to the system proportionate to the wind simulation.

For more information, visit our web page dedicated to learning solutions for wind turbine technicians:
https://bit.ly/WindTurbineTechTraining