The wind lens is a modification on the wind turbine created by Professor Ohya from the Kyushu University as an attempt to be more efficient in producing electricity and less invasive to both humans and nature. While still in progress, the wind lens can be used and harnessed while changing how it impacts the world around us.
As the normal wind turbine does, the wind has reduced the energy of the wind but has a few modifications in order to increase the impact on the environment.
Studies have shown that the Wind Lens can be compared to the wind power output of the wind turbine. The turbulence created by the turbine is a result of the turbulence of the turbine, and this, in turn, increases the turnover and energy output. One way to get the most out of the wind is by using a specially shaped tube around the blades. The tube, or shroud, is shaped like a magnifying glass for wind. The broadcast, which is smaller in the front and bigger in the back, and more efficient production of power. In addition to the diffused shape of the shroud, the back has a brim. This brim disturbs the wind which causes vortexes that cause a low pressure area to be formed behind the wind lens. The wind then flows to the low pressure area through the blades of the wind lens. The increased airflow through the blades leads to another reason of higher power production. The diffusion shape and the brim This results in a higher amount of energy than is produced.
The effects on the wind turbine include the effect on the bird population, and the production of it. The creators of the wind lens took a look at the problems and tried to solve them by adjusting the design.
Wind Turbines have a detrimental effect on the bird population due to migration patterns and birds being caught and injured or even killed by the towering high speed blade. In order to fix this issue, the lens has been removed from the blade by the blades of the blade. The addition of this mesh creates a negligible decrease in power generation. In addition to the mesh, the wind lens is designed to make it easier to wind up.
Wind lenses have been made so that it produces less wind turbines, making it possible for locating in urban areas without disturbing residents. The design of the blade is made of the angle and shape of the blade. The biggest cause of the sound in the wind turbine is the air of the blades of the blades of the blades of the blades are covered by the blades of the blades which means the air drag at the tips of the blades are minimized.
Radar interference is consistently a problem with wind turbines which causes different groups to be against the use of wind farms near urban areas. After studies were performed to test the wind turbine interference, the wind lens had significantly less intereference because of the smaller more compact design of the shroud itself and the shape of the shroud a problem with radar interference.
Despite the beneficial additions to the design, there are still limitations. The wind lens requires more materials compared to the current design of wind turbines. Such materials for the shroud and the mesh require a large amount of energy and cost. While still producing less noise and interference, it will still cause disturbances until it becomes zero. The wind load on the wind is more important than normal and can be used for structural challenges. This means it is a lot of power that the lens is more prone to breaking. The idea is not anything new and previous testing has been tried and tested.
The wind lens is being looked at as a way to increase the production of clean energy. The wind lens can replace the current production of fossil fuels, which can be used as an alternative to the efficient wind turbine.
The wind lens is currently being tested and approved by testing it in multiple ways and at multiple places.