The wind energy market is booming, capable of supplying far more energy than humanity needs. Wind energy is not just a renewable resource; it’s available day and night, making it a reliable option for businesses and homes alike. As energy demands rise, harnessing this abundant resource becomes essential for sustainable growth.
Unlike traditional drag or lift-only turbines, the Amertate hybrid turbine integrates both lift and drag forces. This combination enables higher torque generation in a compact design, resulting in more efficient energy production. By capturing both forces at the positive and negative wind side of the turbine, the hybrid turbine operates effectively at lower wind speeds, unlike many traditional VAWTs that struggle in these conditions.
What sets the Amertate turbine apart is its innovative blade angle adjustment mechanism. As the wind direction changes, the blades actively adjust to maintain optimal energy generation, leveraging both the lift and drag forces. This high-torque, low-speed solution not only enhances efficiency but also reduces mechanical stress, leading to a longer turbine lifespan and fewer maintenance requirements.
Equipped with AI technology, our turbine actively adjusts blade angles to maximize energy harvesting. This intelligent system operates in various modes—Optimized Mode for peak torque, Storm Mode for safety during severe weather, and Stop Mode for quick halting—ensuring reliable performance no matter the conditions.
The Amertate hybrid turbine is equipped with an advanced variable angle pitch system that adjusts the blades in real-time to optimize energy capture. As wind direction and speed change, the blades automatically adjust their angles to ensure the highest efficiency in energy conversion. This technology allows the turbine to harvest both lift and drag forces, maximizing energy output even in low wind conditions. The smooth and continuous adjustment of the blades ensures that the turbine operates at peak performance, regardless of weather variations.
The core mechanical mechanism responsible for this intelligent blade adjustment is concealed within a protective cover, ensuring its durability and reliability over the long term. By shielding the mechanism from external elements like dust, moisture, and debris, the turbine can continue to perform with minimal maintenance. This robust design guarantees a reliable system that can withstand harsh conditions, providing consistent and dependable energy for years to come.
Traditional wind turbines face significant challenges such as noise pollution and inefficiency in harsh climates. The Amertate hybrid turbine is designed to operate quietly and efficiently, minimizing environmental impact and making it suitable for urban and residential areas where space is limited.
Our hybrid turbine not only delivers green energy but does so at a highly competitive rate. With operational costs as low as €0.06 per kWh, it represents an economical choice for consumers looking to reduce energy expenses without sacrificing quality or reliability.
This chart illustrates a typical day around Helsinki. While wind speeds below 4 meters per second usually yield limited energy, this turbine is capable of generating a meaningful amount, supporting consumer. Producing energy even in low-wind conditions is one of the key advantages of the hybrid technology used in Amertate turbines.
Harnessing the legacy of wind energy that dates back centuries, Amertate is committed to providing a clean, renewable energy solution. Our technology stands at the forefront of innovation, ready to meet the demands of modern energy consumers while preserving the environment for future generations.
The Amertate hybrid Vertical Axis Wind Turbine (VAWT) represents a significant advancement in renewable energy technology. By integrating the best characteristics of both drag and lift turbines, it offers superior efficiency and higher torque generation in a compact design. This innovative turbine utilizes an intelligent AI mechanism that actively adjusts blade angles, enabling optimal energy capture in varying wind conditions. Unlike traditional VAWTs, which often struggle at low wind speeds, the Amertate turbine excels, making it an ideal solution for both residential and commercial applications.
Built to withstand harsh climates, the Amertate turbine minimizes noise pollution and environmental impact, ensuring it can be safely installed in urban and residential areas. Constructed from fully recyclable materials, it promises durability and longevity while reducing mechanical wear and maintenance costs. With competitive operational costs ranging from €0.06 to €0.18 per kWh, the Amertate hybrid turbine not only delivers sustainable energy but also presents a cost-effective solution for energy consumers, paving the way for a greener future.
