Small wind turbines

High Energy Yield 


A wind turbine is efficient when it consistently achieves the highest possible power output. Small wind turbines typically reach their rated power at around 11 m/s, which is already within the strong wind range. Therefore, the key factor for energy yield efficiency is the power curve within the site's normal wind speed range.

Achieving a rapidly increasing power curve requires a finely tuned interaction between blade design, generator configuration, and the electronic settings of the voltage-regulating components.

Powered by the Wind

 

5 kW Small Wind Turbine


EOS-Wind by EnergyOnSite develops intelligent technologies that enable people to generate clean and sustainable energy in an environmentally responsible way.


EOS-Wind by EnergyOnSite is your competent partner for an eco-friendly small-scale power plant right on your doorstep. From wind site assessment and support throughout the entire purchasing process to commissioning, we provide comprehensive assistance to ensure maximum customer satisfaction.


Fast Start-Up


A wind turbine is efficient when it can generate energy quickly even at low wind speeds – meaning the blades begin rotating as early as possible and the generator rapidly builds up operating voltage.

The main obstacle to fast start-up is the so-called cogging torque. The alternating magnetic arrangement required for electricity generation within the generator (North/South – South/North) creates opposing magnetic fields that slow down the generator.


This braking force must first be overcome.

The EnergyOnSite wind turbine features an innovative generator design that virtually eliminates cogging torque while utilizing powerful, heat-resistant magnets.


As a result, the turbine starts generating power at wind speeds as low as 2 m/s and produces the initial start-up voltage for the inverter with its very first rotation.

EOS Hybrid Box

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