The benefits of Vertical Axis Wind Turbine or VAWT.

 

Works in both low and extreme wind conditions.

Bird, pet and child friendly.

Quieter to operate, they don’t disturb people in residential neighbourhoods.

Easier to install compared to other wind turbine types.

Transportable from one location to another.

Permissible where taller structures are prohibited.

Saleable design will work in any environment.

More reliable with less moving parts.

 

Designed using cutting edge A.I. for a highly efficient yet beautiful turbine, it really is a work of art!  Transform your energy generation with the striking and genius modular design of the Ugrinsky vertical turbine.

This one-of-a-kind design boasts exceptional efficiency, crafted with advanced 3D printing technology using sleek black PLA plastic. Experience both style and performance with this cutting-edge solution.

Change the way you harness energy with our 3D printed PLA wind turbine. Made from eco-friendly and durable PLA material, our turbine blades provide an efficient and sustainable solution for generating energy.

Maximise production even in low wind conditions. Say goodbye to high energy bills and carbon footprint, and switch to a cleaner, greener future. Experience the power of innovation today.

 

Elements screw into each other so you can stack as many as you like.  Build the mother of all wind turbines!

Super easy assembly in minutes, using either glue or M5 x 25mm screws.

Specifications:

Yes! VAWTs are excellent for smaller spaces and urban environments due to their compact size. They generate energy even with slower or unconventional wind speeds, making them ideal for areas with less consistent wind patterns.

Size: VAWTs are generally smaller than Horizontal Axis Wind Turbines (HAWTs), making them a great choice for limited spaces.

Noise: VAWTs are typically much quieter than HAWTs, producing a gentle whooshing sound similar to a ceiling fan, which is much less intrusive than the loud swooshing of HAWTs.

Performance in Urban Areas: VAWTs perform well in turbulent wind conditions, which are common in urban environments. They are less affected by changes in wind direction.

Low Start-Up Wind Speed: VAWTs can start generating power with winds as low as 2 to 3 meters per second, which allows them to function in areas with relatively weaker wind.

Are VAWTs the future of wind energy?

Yes, many experts believe that VAWTs have significant potential, especially for urban wind farms. They can be installed closer together, boosting efficiency and lowering the cost of energy production. Their ability to handle varied and low wind speeds positions them as a future-friendly option.

VAWTs generally have a long lifespan, typically lasting around 20 years or more with proper maintenance.

Yes, in the UK, a standalone wind turbine does not require planning permission if it meets specific criteria, including compliance with noise standards. This makes VAWTs a convenient and less restrictive choice for residential areas.

VAWTs are much quieter than HAWTs. They produce a soft buzzing or whooshing sound, unlike the loud swoosh of horizontal turbines, making them a better fit for residential areas where noise might be a concern.

VAWTs can start generating electricity at wind speeds as low as 2 to 3 m/s, which is lower than the start-up wind speeds required for HAWTs, making them a reliable option in less windy conditions.

VAWTs may have a higher initial cost compared to some small HAWTs, but they can offer cost savings in the long run due to their ability to generate power in low and turbulent wind conditions. Additionally, they require less maintenance due to fewer moving parts.

While HAWTs are more common and have received more funding for research, VAWTs are better suited for urban and residential areas where space is limited and the wind is often turbulent. They offer great potential in these environments and can be just as effective in generating clean energy.

Yes, VAWTs contribute to reducing CO2 emissions by producing clean, renewable energy with less environmental impact compared to fossil fuels. They also consume less energy to produce more, making them a more efficient choice than solar panels in some cases.