Wind turbines 5 to 100kW

Wind Energy Systems for Commercial, Trade, Industrial, and Agricultural Applications

Our wind turbines, ranging from 5 to 100 kW, provide reliable energy for commercial, industrial, and agricultural applications. Performance curves, annual energy yields, and technical specifications help you determine the optimal power rating based on your local wind speeds.

For systems with a capacity of 10 kW or more: Please note that if you plan to install such a system in Germany, it is not possible to do so without a permit due to the required overall height! A building permit application must be submitted in all cases.

Important information regarding technical specifications and how to calculate annual production can be found at the bottom of this page!

You’ll find translations of the terms used in the images and diagrams at the end, before the notes!

Vertical wind turbine 5kW

VAWT Vertical Axis Wind Turbine 5000W, expected theoretical annual yield according to Rayleigh
Power curve (top) and annual power output of the H5kW (bottom)

Horizontal wind turbine 5kW

Performance curve and annual output: 5 kW
Power curve (top), noise curve (middle), and annual output: H5 kW

vertical wind turbine 10 kW

Performance Curve and Annual Output for the V10kW
Power curve (above) and annual power output V10kW

Horizontal wind turbine 10kW

Power Curve and Annual Output H10kW
Power curve (above) and annual output: 10 kW

20-kW horizontal-axis wind turbine (10-meter rotor)

Coming soon!

20-kW horizontal-axis wind turbine (15.6-meter rotor)

Performance Curve: Annual Output H20kW, Rotor 15.6 m
Performance Curve: Annual Output H20kW, Rotor 15.6 m

30-kW horizontal-axis wind turbine

Power Curve and Annual Output for H30kW
Power curve (top) Annual output (middle/bottom) H30kW

50-kW horizontal-axis wind turbine

Power Curve: Annual Power Output H50kW
Power curve (top) Annual output (middle/bottom) H50kW

60-kW horizontal-axis wind turbine

Power Curve and Annual Output for the H60kW
Power curve (above) and annual output for the H60kW

100-kW horizontal-axis wind turbine

Power Curve and Annual Output for the H100kW
Power curve (above) and annual output for the H100kW

Terms from the graphs and tables:
Power =
Wind Speed =
Power Curve =
Output =
Noise =
Noise Level =
Noise curve =
from Tower =
Annual Average Wind Speed =
Wind Turbine Output =
Output power =
Annual Energy Output =
Annual Energy Yield=
Power output =
Power Coefficient =

Translation:
Performance
Wind speed
Power curve
Issue / Distribution
Noise
Noise level
Noise Curve
(Distance) from the mast
Average wind speed
power output of the wind turbine
power output
Annual Energy Tax
annual energy output
Power Output
Power Coefficient

Note on Technical Specifications: Due to ongoing product improvements, technical specifications are subject to change. We always ensure compliance with the currently valid specifications.

Note on Annual Production: These tables show the theoretically possible annual output of the corresponding wind turbine as a function of average wind speed (calculated using the Rayleigh statistical model). The values listed are based on calculations using manufacturer specifications and statistical wind data. Actual yields may be either lower or higher due to the topography at your location and local conditions (e.g., trees, buildings, location behind a dike, jet effects). The underlying values and results therefore do not constitute a legally binding performance guarantee.

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