The NEUHÄUSER Windtec product portfolio features a variety of different wind turbines with outputs of 5 kW and 40 kW.
All our wind turbines are based on the vertical H-rotor technology developed by NEUHÄUSER Windtec. The vertical rotor blades rotate gearlessly around a vertical axis and generate electricity via an integrated, permanently excited generator. Through the optimal coordination of the individual system components, which have been reduced to the essentials, and the highly efficient rotor geometry, a high energy yield at low starting speeds can be achieved.
Regardless of their individual output, all NEUHÄUSER wind energy systems stand out with their robust materials, long service life, low maintenance requirements and the resulting long-term cost-use benefit in the product lifecycle.
In a nod to the wind power, cost effectiveness and environmental responsibility that come together in the NEUHÄUSER wind energy systems, the individual series have been named after wind gods from various mythologies: Vata H and Notos H. All systems have been designed for use in demanding environments, under challenging weather conditions and on otherwise unprofitable terrain.
In principle, the energy generated by NEUHÄUSER wind energy systems can either be fed into the grid or used to provide a self-sufficient energy supply. This means that they can often be integrated into existing supply circuits.
We have also developed an innovative hybrid container solution to meet the constant off-grid power requirements of larger projects.
Our wind energy systems, which are equipped with NEUHÄUSER generators, also produce energy at lower start-up wind speeds, which is often the case in urban areas and at low altitudes.
Advantage: NEUHÄUSER wind energy systems work extremely well, also in areas with changing wind conditions.
The vertical rotors on the NEUHÄUSER wind energy systems are particularly quiet. The low speeds of the H-rotors mean that they do not produce the disruptive air vibrations which typically occur at the tips of the propeller blades. This helps to minimise any potential sources of noise.
Advantage: NEUHÄUSER wind energy systems are ideal for use in inhabited areas.
NEUHÄUSER wind energy systems have been designed for extreme weather conditions and specially tailored to turbulent wind situations. They can also be adapted to specific usage requirements.
Advantage: The turbines are robust and are used all around the world.
The structural omission of a gearbox and many susceptible parts (see diagram) makes NEUHÄUSER wind energy systems particularly robust and low-wear.
Advantage: Maintenance and downtimes of our systems are minimized. Wind energy yield and operating time are optimized, resulting in greater planning reliability for the operator.
The H-rotor design of NEUHÄUSER wind energy systems allows wind to flow in from all sides, thereby optimizing the use of aerodynamic lift forces.
Advantage: Wind tracking, wind direction measurement, and pitch and nacelle adjustments are no longer necessary.
Thanks to their excellent maneuverability and ease of installation, mobile NEUHÄUSER wind energy systems, such as the 5 kW systems, enable self-sufficient power supply solutions.
Advantage: Location-dependent (research) facilities can operate independently of the local power grid.
The vertical H-rotors of NEUHÄUSER wind energy systems are characterized by their elegant, slim design and symmetrical alignment.
Advantage: The systems can be easily integrated into architectural and urban planning and blend seamlessly into modern building aesthetics.
NEUHÄUSER wind energy systems start without external excitation and operate entirely without oil.
Advantage: This enables savings in internal power consumption and allows use in nature reserves and near bodies of water.
The advantages of NEUHÄUSER wind energy systems enable them to be used in environments where horizontal wind turbines would often be impossible to integrate.
Advantage: This opens up new potential for saving electricity costs and improving cost-effectiveness in the planning and implementation of many construction projects.