Wind turbine for weak and strong winds

The actual electricity production of a wind generator depends on its power and the time during which it produces energy.

It is said that a wind turbine does not work when there is no wind. This is not entirely true.

The wind turbine does not produce energy when the wind has speeds outside the range for which the wind turbine was designed and built.

In reality, for current wind turbines, there may be many days when the ventilation is insufficient and quite a few days when the wind is too strong.

Some machines that are familiar to us have evolved over time, just think of cars or planes, which at the beginning of their era had drawbacks and limitations that made them unreliable, inefficient, uneconomical. Over time, they have become reliable and efficient.

The patented wind generator, which produces energy both when the wind is weak and when it is very strong, is a complex machine of great productivity and reliability. 

The models of wind turbines up to 100 Kw of nominal power have only one impeller, those for higher powers are equipped with two counter-rotating impellers.

The impellers, both single and in pairs, are protected by strong wind safeguards.

The wind turbine begins to produce energy when the wind is weak and, protected by safeguards, it continues to produce energy in complete safety even when the wind is strong.

This means that, compared to current wind turbines of the same nominal power, in a calendar year it generates more energy overall and for a longer time.

Compared to usual turbines of the same power, the patented turbine has more compact shapes and can be profitably installed, as well as on a dedicated tower, also on any type of building and structure. 

Special protections absolutely prevent parts of the turbine from detaching and causing damage to people and things and also prevent people or birds from coming into contact with moving parts. The space surrounding the wind generator is safe and harmless.

Special elements convey the air flows diverted from the building onto the impellers of the wind turbine.