Horizontal Axis Wind Turbines (HAWT)
High-performance, scalable, and proven — Freen’s horizontal wind turbines deliver efficient renewable energy for farms, communities, and industrial applications.
What is a Horizontal Axis Wind Turbine (HAWT)?
A horizontal axis wind turbine is the most widely used wind turbine design, where the rotor shaft is mounted parallel to the ground and to the wind flow. This alignment allows horizontal wind turbines to harness steady, high-speed winds with high efficiency, making them ideal for open areas like coastal zones, farmland, and wind corridors.
If you're looking for a small horizontal wind turbine for a rural property or a high-capacity solution for a commercial site, Freen’s HAWT models offer durability, performance, and low operational costs.
Horizontal-Axis Wind Turbines
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Freen-H15
TypeCommercial HAWT
Rated power15 kW
Benefits:High energy output Scalable Proven safety systems
Why Choose a Freen Horizontal Wind Turbine?
Optimized for Efficiency and Real-World Performance
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European Quality Standards
All Freen HAWT turbines are manufactured in the EU for long-lasting performance and reliability.
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High Efficiency Rotor Design
Our turbines feature optimized blade profiles that enhance the efficiency of horizontal axis wind turbines, ensuring maximum output even at moderate wind speeds.
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Robust Safety Systems
With integrated tip-brakes, mechanical brakes, and stall-control blade geometry, our HAWTs ensure safe operation in all weather conditions.
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Free Yaw Tracking
The nacelle automatically aligns with the wind direction, eliminating the need for powered yaw systems.
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Low Maintenance, High Uptime
Freen’s horizontal wind turbines are designed for durability with minimal service requirements—ideal for remote or hard-to-access installations.
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Flexible Integration
Compatible with on-grid, off-grid, or hybrid energy setups, allowing seamless use across multiple sectors.
How Does a Horizontal Axis Wind Turbine Work?
A horizontal axis wind turbines (HAWT) works by capturing wind through a set of blades mounted on a horizontal rotor shaft. As wind flows across the blades, they spin the rotor, transferring energy through a gearbox to a generator that produces electricity. The turbine’s nacelle and yaw system ensure it stays aligned with the wind.
Freen’s HAWT turbines combine aerodynamic design with mechanical simplicity for dependable energy generation across various site conditions.
Not sure if the horizontal wind turbine is a good fit for you? Contact us to schedule a free consultation!
Get a consultationUse Cases: Application of Horizontal Axis Wind Turbine
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Agriculture & Irrigation
A small horizontal axis wind turbine can power irrigation systems, equipment, and lighting on farms.
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Manufacturing Sites
Designed for continuous operation, Freen HAWTs are perfect for powering energy-intensive industrial operations.
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Community Energy Projects
Multiple horizontal wind turbines can form scalable microgrids for residential neighborhoods or shared infrastructures.
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EV Charging Stations
Supply green power to remote or off-grid EV chargers with reliable HAWT installations.
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Commercial Real Estate
Lower electricity costs and meet ESG goals with a horizontal wind turbine generator for business parks and offices.
Frequently Asked Questions
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One of the horizontal wind turbine advantages is higher efficiency in consistent wind conditions. Freen’s HAWT horizontal axis wind turbine designs are engineered to deliver exceptional performance in open, rural, and coastal settings.
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What are some disadvantages of a horizontal axis wind turbine – one of them is they require alignment with the wind and perform best in open, unobstructed areas. However, Freen’s free-yaw design allows passive tracking, minimizing complexity.
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It depends on your location. The efficiency of horizontal axis wind turbine is higher, while VAWTs work better in turbulent, variable wind environments. We offer a free wind potential assessment to help you choose.
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The horizontal axis wind turbine cost depends on several factors: the size of the turbine, tower height, installation requirements, and location-specific wind conditions. We offer different types of horizontal axis wind turbine. While smaller models like the 15 kW horizontal wind turbine for sale can offer excellent ROI, it's important to conduct a wind potential assessment first. Our team can help estimate your potential energy output, total investment, and expected savings—reach out for a personalized feasibility study.
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The horizontal axis wind turbine pros and cons depend on usage context. Among the main advantages of horizontal axis wind turbine systems are their high efficiency, ability to harness high wind speeds, and established performance in large-scale applications. However, disadvantages of horizontal axis wind turbine designs include sensitivity to wind direction, and the requirement for open space. Our team can help you weigh these factors based on your site's wind profile and energy needs
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Payback time depends on wind conditions, energy usage, and subsidies. However, hybrid systems that combine solar, storage, and wind power can also influence overall returns. Our team will help you calculate ROI based on your specific setup.
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That depends on your energy consumption and wind speed. A 15 kW small horizontal axis wind turbine like the Freen-H15 is ideal for farms, SMEs, and hybrid systems. Contact us for a feasibility check.
Explore Vertical Turbines
While horizontal axis wind turbines (HAWTs) are ideal for open spaces and high energy output, vertical axis wind turbines (VAWTs) offer a better fit for urban areas, and locations with turbulent or variable wind directions. If you're working with limited space or looking for a quieter, low-maintenance solution, explore our compact and efficient vertical wind turbine models like the Freen-6 and Freen-20.
Want to Explore the Benefits of a HAWT for Your Property, Business, or Farm?
Our experts will guide you from wind potential assessment to final installation.
