Wind Solutions

Harnessing wind

Designed by Hoin Eco New Energy Co, our wind turbines offer exceptional reliability, durability, and efficiency. Compared to traditional wind turbines, they are smaller, more affordable, and more efficient. The innovative design features a track with vertically attached wings, which allows the turbines to generate more power using fewer parts. This cutting-edge architecture not only maximizes energy output but also reduces maintenance costs and enhances overall performance.

Our turbines' advantages

The wind turbines convert the kinetic energy of wind into electrical energy through a series of mechanical and electromagnetic processes. The generator operates based on electromagnetic induction, where the movement of the turbine’s components through a magnetic field induces an electric current, then captured and directed to an electrical grid or storage system.

Our wind turbines offer several unique advantages:

Harnessing the power of nature with innovative technology

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Wind solutions

HX Vertical Axis Wind Turbine

HX Vertical Axis Wind Turbine series have a streamlined, elegant appearance that exudes their technological sophistication and provide an environmentally responsible solution for energy generation.

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Fiberglass in wind turbines offers numerous advantages, such as high strength and corrosion resistance. Additionally, the material is durable and provides an elegant and streamlined aesthetic, which adds to the visual appeal of the wind turbine. Overall, the use of high-strength fiberglass provides both functional and decorative benefits to wind turbines.

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The automatic brake is designed to protect wind turbines from the risk of overload or damage, and to ensure user safety. When wind speed and rotation speed exceed the design range, the automatic brake can slow down or stop the rotation of the wind turbine, preventing damage or foreseeable danger. The brakes are hydraulic brakes.

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Magnetic levitation generators have many advantages, such as high efficiency, reliability, strong environmental adaptability, low noise, strong controllability, light weight and compactness. They can effectively convert wind energy into electrical energy and provide reliable power generation capacity for vertical-axis wind turbines.

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In vertical-axis wind turbines provides a durable and stable foundation for the turbine blades to rotate, even in challenging environments. Made from high-quality steel with a corrosion-resistant coating, the pole's strength and stability ensure consistent power generation and long-term performance of the wind turbine.

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Wind Drum, enhance the efficiency of wind reception.

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Wind solutions

HT Vertical Axis Wind Turbine

Our wind turbine range HT meets the differing power needs of users Ideal for powering homes offices/small and medium factories cost-effective and reliable green energy source.

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The automatic brake is designed to protect wind turbines from the risk of overload or damage, and to ensure user safety. When wind speed and rotation speed exceed the design range, the automatic brake can slow down or stop the rotation of the wind turbine, preventing damage or foreseeable danger. The brakes are hydraulic brakes.

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Ensure the balance between weight and cost while ensuring wind resistance.

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Magnetic levitation generators have many advantages, such as high efficiency, reliability, strong environmental adaptability, low noise, strong controllability, light weight and compactness. They can effectively convert wind energy into electrical energy and provide reliable power generation capacity for vertical-axis wind turbines.

image

In vertical-axis wind turbines provides a durable and stable foundation for the turbine blades to rotate, even in challenging environments. Made from high-quality steel with a corrosion-resistant coating, the pole's strength and stability ensure consistent power generation and long-term performance of the wind turbine.

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Wind Drum, enhances, can increase the wind power reception efficiency by approximately 20%.

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Wind solutions

HT Vertical Axis Wind Turbine

Our wind turbine range HT meets the differing power needs of users Ideal for powering homes offices/small and medium factories cost-effective and reliable green energy source.

image

The automatic brake is designed to protect wind turbines from the risk of overload or damage, and to ensure user safety. When wind speed and rotation speed exceed the design range, the automatic brake can slow down or stop the rotation of the wind turbine, preventing damage or foreseeable danger. The brakes are hydraulic brakes.

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Ensure the balance between weight and cost while ensuring wind resistance.

image

Magnetic levitation generators have many advantages, such as high efficiency, reliability, strong environmental adaptability, low noise, strong controllability, light weight and compactness. They can effectively convert wind energy into electrical energy and provide reliable power generation capacity for vertical-axis wind turbines.

image

In vertical-axis wind turbines provides a durable and stable foundation for the turbine blades to rotate, even in challenging environments. Made from high-quality steel with a corrosion-resistant coating, the pole's strength and stability ensure consistent power generation and long-term performance of the wind turbine.

image

Wind Drum, enhances, can increase the wind power reception efficiency by approximately 20%.

Harnessing wind

Designed by Hoin Eco New Energy Co, our wind turbines offer exceptional reliability, durability, and efficiency. Compared to traditional wind turbines, they are smaller, more affordable, and more efficient. The innovative design features a track with vertically attached wings, which allows the turbines to generate more power using fewer parts. This cutting-edge architecture not only maximizes energy output but also reduces maintenance costs and enhances overall performance.

Our turbines' advantages

The wind turbines convert the kinetic energy of wind into electrical energy through a series of mechanical and electromagnetic processes. The generator operates based on electromagnetic induction, where the movement of the turbine’s components through a magnetic field induces an electric current, then captured and directed to an electrical grid or storage system.

Our wind turbines offer several unique advantages: