Low Weight
Low Maintenance
Low Noise
A Unique Vertical Axis Rotor Design
NEXMØLEN Turbines are Vertical Axis Wind Turbines (VAWTs) with V-Shaped Blades. Some Advantages of our Wind Turbines are:
More Swept Area (%5-%9)
Less Noise Emission Due to Lower Rotational Speed
- Birds-Friendly
- Easy to Acquire Installation Permits from Municipalities and Authorities
Lower Rain-Drop Erosion on Blades
- Better Choice for Domestic and Urban Areas
Lower Price with the Same Rated Power
Omni-Directional, No Yaw Mechanism Needed
Low-Maintenance Design
- Robust and Safe, +25 Years Life Time
Features of NEXMØLEN Products
Low-Maintenance
In NEXMØLEN wind turbines, we have reduced the maintenance costs; they have minimum moving parts, and we have thought the best and easiest solutions to reach out to these moving parts, such as bearings and seals, in case of check-ups and maintenance services.
Electronic Control Design
For NEXMØLEN products, an advanced Electronic Control System have been designed. This unit has a Modular, Distributed and Scalable architecture, and it is going to control and optimize the performance of turbine using AI, and will reduce the servicing costs significantly
Active Pitch Control Mechanism
In NEXMØLEN, we have designed a simple, compact and reliable Pitch Control Mechanism. Universal joint, Arms and Servomotor are the main components of this innovative mechanism which made it possible to be used in V-shaped large-scale VAWTs. This innovation is a key advantage for our product in the market, which would make a significant difference with other competitors.
Strut Design
In common VAWTs, a considerable amount of power is being wasted because of the Struts. In the NEXMØLEN, two dominant and innovative configurations have been designed for the structure and airfoil of Struts, which led to reduce the power loss, and lightening the Rotor.
Efficient and Reinforced Blades
In the NEXMØLEN, the blades have been twisted mechanically (or aerodynamically) in order to optimize the Angle-of-Attack along the blades regarding its V-Shaped design, which leads to more power in comparison to the other V-Shaped turbines. In addition, we have implemented a new and innovative method to reinforce holes on the flange areas of Blades and Struts without the need to damage the fiber by drilling. This innovation would extend the life-time of the composite parts.
Lighter Rotor with Blade Supports
In one of NEXMØLEN rotor designs, the Blade Supports have been added in order to reduce the mechanical stress on Blades. As a result, the weight of the Blades has been reduced to one third in this config, which it has just three Struts. Meanwhile, the Carbon Fiber has been replaced with E-Glass Fiber, while the rotor designed life has exceeded the 25 years. This innovation leads to considerable cost reduction, and improvement in mechanical and aerodynamic performance of the rotor, and it gives it superiority in the competitive market.
Lighter Rotor with Blade Supports
In one of NEXMØLEN rotor designs, the Blade Supports have been added in order to reduce the mechanical stress on Blades. As a result, the weight of the Blades has been reduced to one third in this config, which it has just three Struts. Meanwhile, the Carbon Fiber has been replaced with E-Glass Fiber, while the rotor designed life has exceeded the 25 years. This innovation leads to considerable cost reduction, and improvement in mechanical and aerodynamic performance of the rotor, and it gives it superiority in the competitive market.
Efficient and Reinforced Blades
In the NEXMØLEN, the blades have been twisted mechanically (or aerodynamically) in order to optimize the Angle-of-Attack along the blades regarding its V-Shaped design, which leads to more power in comparison to the other V-Shaped turbines. In addition, we have implemented a new and innovative method to reinforce holes on the flange areas of Blades and Struts without the need to damage the fiber by drilling. This innovation would extend the life-time of the composite parts.
Strut Design
In common VAWTs, a considerable amount of power is being wasted because of the Struts. In the NEXMØLEN, two dominant and innovative configurations have been designed for the structure and airfoil of Struts, which led to reduce the power loss, and lightening the Rotor.
Active Pitch Control Mechanism
In NEXMØLEN, we have designed a simple, compact and reliable Pitch Control Mechanism. Universal joint, Arms and Servomotor are the main components of this innovative mechanism which made it possible to be used in V-shaped large-scale VAWTs. This innovation is a key advantage for our product in the market, which would make a significant difference with other competitors.
Electronic Control Design
For NEXMØLEN products, an advanced Electronic Control System have been designed. This unit has a Modular, Distributed and Scalable architecture, and it is going to control and optimize the performance of turbine using AI, and will reduce the servicing costs significantly
Low-Maintenance
In NEXMØLEN wind turbines, we have reduced the maintenance costs; they have minimum moving parts, and we have thought the best and easiest solutions to reach out to these moving parts, such as bearings and seals, in case of check-ups and maintenance services.
Our Customers
READY TO WORK?
NEXMØLEN is with you.
25+
Years Design Life
94%
Electrical Efficiency in Generators
100%
Eco-Friendly Design
10%
More Power Efficiency with V-Shaped Blades
