Wind turbines

27 companies | 99 products
Horizontal-axis wind turbine / three-bladed / onshore

Greater output from lower wind speeds Since wind turbine technology was in its...

Horizontal-axis wind turbine / three-bladed / onshore

General The SWT-3.0-101 / SWT-3.2-101 is designed to cope with the highest of wind speeds...

Horizontal-axis wind turbine / three-bladed / onshore

General Offering the largest rotor in the Siemens 3-MW family, the SWT-3.0-113 / SWT-3.2-113 is...

Horizontal-axis wind turbine / three-bladed / onshore

General When winds are strong, but the site conditions less complicated the SWT-3.0-108 / SWT-3.2-108...

Horizontal-axis wind turbine / three-bladed / onshore

The track record built up coupled with deep knowledge of current market demands has enabled Gamesa to...

Horizontal-axis wind turbine / three-bladed / offshore

Gamesa makes progress on its offshore strategy by developing its G128-5.0 MW Offshore...

Horizontal-axis wind turbine / three-bladed / offshore

Thanks to its 150-metre diameter rotor (with...

Horizontal-axis wind turbine / three-bladed / onshore

Built on the same proven technology...

Horizontal-axis wind turbine / three-bladed / onshore

The N117/3000 is designed for medium...

Horizontal-axis wind turbine / three-bladed / offshore

The N100/3300 is designed for strong...

Horizontal-axis wind turbine / three-bladed / onshore

The N117/2400 has been specially developed for low-wind sites. Thanks to a...

Horizontal-axis wind turbine / three-bladed / onshore

S88 - 2.1 MW is designed for a medium wind speed regime. The wind turbine concept is...

Horizontal-axis wind turbine / three-bladed / onshore

S82-1.5 MW is equipped with an asynchronous generator with high slip; it can operate...

Horizontal-axis wind turbine / three-bladed / onshore

S66-1.25 MW is equipped with an dual speed dual rating asynchronous generator; it can operate within...

Horizontal-axis wind turbine / three-bladed / onshore

S52 600 kW is equipped with an asynchronous generator with inherit high slip; it can operate within...

Horizontal-axis wind turbine / three-bladed / onshore

With more than 4.000 MW operational...

Vertical-axis wind turbine

The largest and most powerful of...

Horizontal-axis wind turbine / three-bladed / onshore

Rated power: 800 kW Rotor diameter: 52.9 m Hub height: 60 m / 73...

Horizontal-axis wind turbine / three-bladed / onshore

Rated power: 900 kW Rotor diameter: 44 m Hub height: 45 m /...

Horizontal-axis wind turbine / three-bladed / onshore

Rated power: 2,300 kW Rotor diameter: 71 m Hub height: 57 m /...

Horizontal-axis wind turbine / three-bladed / onshore

Rated power: 2,000 kW Rotor diameter: 82 m Hub height: 78 m /...

Horizontal-axis wind turbine / three-bladed / onshore

Off-grid applications, which traditionally rely...

Horizontal-axis wind turbine / three-bladed / onshore

With a significant increase in performance and yet so compact....

Horizontal-axis wind turbine / three-bladed / onshore

The new VENSYS 3 MW platform...

Horizontal-axis wind turbine / 6-blade

The Rutland 504 e-furl...

How to choose this product

wind-turbine

The wind turbine, mounted on a tower or pillar, transforms the wind's mechanical energy into electrical energy. The wind spins the turbine blades, rotating a shaft connected to a gearbox. The gears transmit increased rotational speed to a generator, which uses the electromagnetic principle to produce electricity.

Applications

These machines are often used to power telecommunications systems or isolated dwellings. They are frequently combined with photovoltaic panels in a complementary system of energy production. Turbines are increasingly used by individual households to reduce power expenditures and in wind farms to supply power to a grid.

Technologies

Such devices require a minimum wind velocity to operate and can be damaged by very high winds. The system includes a regulator, an inverter and, in some cases, battery storage. Both vertical and horizontal axis versions exist.

How to choose

Choice will depend on the initial investment, currently about 1200 euros per kW of installed power, and the power demand to be placed on the system.

Advantages

- Uses clean, renewable energy
- Does not produce greenhouse gases

Disadvantages

- Wind-dependent

Subscribe to our newsletter
Thank you for subscribing
There was a problem with your request
Invalid email address

Receive updates on this section every two weeks.

With ArchiExpo you can: Find a nearby distributor | Contact the manufacturer to get an estimate or a price Examine product characteristics and technical specifications | View PDF catalogs and other online documentation