Wind generators integrated into buildings

Many buildings, both private and public, with a wide variety of uses, are exposed to the wind.

The patented building wind generators are integrated into the above-mentioned buildings.

Wind architecture does not concern ordinary wind turbines installed on building roofs, but rather wind generators, with minimal environmental impact, which are integrated into the structures of buildings. 

The wind generator is part of the building and, to a certain extent, the building is also part of the generator, from a structural, architectural and functional point of view.

The patented construction wind generator has a high sensitivity to wind collection, which means it produces energy even in light winds and breezes.

Furthermore,  an automatic wind protection system protects the wind generator from excessively strong winds.

Sensitivity to light winds, combined with an automatic system that instantly engages to gradually protect the generator from sudden, violent gusts, enables the wind-harvesting building to generate kinetic energy across a wide range of wind speeds.

The kinetic energy generated by the wind turbine is transformed into electrical energy by an alternator and is then partially stored in electric storage batteries.

Alternatively, a portion of the generated kinetic energy is directly stored via a patented wind energy accumulator, which converts and stores it as potential mechanical energy.

The generator integrated into the wind-harnessing building's architecture is, of course, driven by the wind; however, it lacks blades or protruding elements and therefore poses no danger to those living or working in the building or to anyone in the vicinity.

Visually, the building with wind generator undoubtedly has its own distinctive character and, for some, even charm.

The power of wind generators for buildings is not negligible, they are capable of supplying electricity both inside buildings (offices, data centers, homes, businesses of all kinds) and potentially also to users outside the buildings.

Energy is now a primary necessity, indispensable for life.

Today, energy is a primary resource for life.

Even simply because of international tensions, energy, which is constantly used and consumed, can suddenly become scarce or fail. Energy infrastructure can be affected and damaged.

The building that captures wind energy, both in urban and suburban areas, achieves a prudent and strategic diversification of energy sources, for specific users (hospitals, military facilities, institutions, data centers) but also for factories and private users.

Wind architecture produces and stores energy with low production costs, without transportation costs and without pollution.

Wind turbines installed in buildings provide reliable and stable electricity prices, even when public electricity and fuel distribution networks become precarious, expensive, or suffer disruptions.