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vertical-axis wind turbine / onshore
vertical-axis wind turbine
DALI URBAN (1.75 KW WIND TURBINE & 12 M WOODEN TOWER)

... to perform optimally in low wind speeds. Standing on the Dali XII wooden tower, the turbo Beetles rotor generates electrical energy at wind speed as low as 2.9 m/s. The duct design makes this possible, ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
SWT-2.3-101

Rated power: 2300 kW
Output voltage: 690 V

... of 2.3 MW wind turbines sets the industry standard for availability. The SWT-2.3-101 will build on the reputation for reliability that the market has come to expect from a Siemens turbine. Harvest ...

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Siemens
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
SWT-2.3-108

Rated power: 2300 kW
Output voltage: 690 V

Greater output from lower wind speeds Since wind turbine technology was in its infancy, Siemens has been a major driver of innovation. And with its enhanced reliability and productivity in low to moderate ...

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Siemens
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
SWT-3.0-101 & SWT-3.2-101

Rated power: 3200, 3000 kW
Output voltage: 690 V

General The SWT-3.0-101 / SWT-3.2-101 is designed to cope with the highest of wind speeds and the roughest turbulence. Extreme wind conditions place tremendous loads on a turbine. The ...

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Siemens
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
SWT-3.0-113 & SWT-3.2-113

Rated power: 3000, 3200 kW
Output voltage: 690 V

... the SWT-3.0-113 / SWT-3.2-113 is designed to increase energy output at sites with moderate wind conditions. Once again the competitive edge of a Siemens turbine is based on innovative blade design. The ...

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Siemens
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
SWT-3.0-108 / SWT-3.2-108

Rated power: 3000, 3200 kW
Output voltage: 690 V

... energy output without increasing structural loads. As a result, the SWT-3.0-108 / SWT-3.2-108 turbine provides lower cost of energy at moderate-to-high wind conditions. Rotor The SWT-3.0-108 / SWT-3.2-108 ...

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Siemens
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
V136-3.45 MW™

Rated power: 3450 kW

... proven 3 MW nacelle and Large Diameter Steel Tower (LDST) technology, to deliver high and efficient energy production in low wind conditions. The aerofoil design, applied to the 66.7m long blades, enables a 10 percent* ...

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Vestas
horizontal-axis wind turbine / three-bladed / offshore / onshore
horizontal-axis wind turbine
V90-3.0 MW®

Rated power: 3000 kW

... The tower is lighter, too, as it uses magnets instead of welding to attach the tower internals to the tower wall. This turbine delivers exceptional performance and a high yield, and can be supplied in a variety of ...

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Vestas
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
ECO 100

Rated power: 3000 kW

The ECO 100 range of wind turbines offers high yield and leading efficiency accross all wind classes.Optimized energy production and lower cost of electricity thanks to PowerOf3™. These ...

horizontal-axis wind turbine / three-bladed / offshore
horizontal-axis wind turbine
HALIADE™

Rated power: 6000 kW
Output voltage: 900 V

Thanks to its 150-metre diameter rotor (with blades stretching 73.50 metre), the turbine is more efficient since its yield is 15% better than existing offshore turbines, enabling it to supply power to ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
GAMESA 5.0 MW

Rated power: 5000 kW
Output voltage: 690 V

... platform demostrates that Gamesa has the knowledge, experience, and resources needed to develop wind turbines capable of extracting maximum power from the wind. Gamesa 5.0 MW platform's ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
GAMESA 2.0-2.5 MW

Rated power: 2500, 2000 kW
Output voltage: 690 V

... G106-2.5 MW IA wind turbines. These turbines come with a longer blade for medium and high wind speed sites and a higher nominal capacity of 2.5 MW with a view to enhancing ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
HYBRID TOWER

With our innovative development of the „Hybrid Tower System Max Bögl“, we offer tower heights up to 150 meters for almost all kinds of plants. Thanks to our high hybrid towers built from steel and concrete, we provide high efficiency ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
N131

Rated power: 3000 kW

... for each wind class. This produces higher yields. With 131 metres the rotor diameter of the N131/3000 is 14 metres larger resulting in a 25.8 percent increase in swept area. The turbine is a very efficient ...

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Nordex
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
N117

Rated power: 3000 kW

The N117/3000 is designed for medium wind speeds (IEC-2) and has a 20 percent greater nominal output compared with its predecessor. Yet, despite this substantial increase in output, sound power levels have remained stable. Thanks ...

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Nordex
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
S9X SUITE 2.1 MW

Rated power: 2100 kW

... windenergy accessible As the high wind speed sites across the world become saturated the focus has shifted to providing efficient wind turbine solutions that operate at a lower wind ...

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Suzlon
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
S88-2.1 MW

Rated power: 2100 kW

S88 - 2.1 MW is designed for a medium wind speed regime. The wind turbine concept is based on robust design with pitch regulated blade operation, a three-stage gearbox with 2,310 kW rating and flexible ...

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Suzlon
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
LTW70 2000 kW

Rated power: 2000 kW

Design Data Hub height 60 m Rated power 2000 kW Tower Steel Cut-in wind speed 3 m/s Cut-out wind speed 25 m/s Yaw control system Active, electrical Wind class IA

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Letwind
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
LTW77 800-1000 kW

Rated power: 800, 1000 kW

... Hub height 61,5 / 65 / 80 m Rated power 800 / 850 / 1000 kW Tower steel Cut-in wind speed 3 m/s Cut-out wind speed 25 m/s Yaw control system Active, electrical Wind class IIIA+

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Letwind
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
AW3000

Rated power: 3000 kW

Based on proven concepts, the AW3000 offers a combination of scale and performance to maximize profitability at any site location.

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
AW15000

... the most robust and reliable turbines in the market The 1.5-MW AW1500 wind turbine has become one of the most reliable machines in the market. It is the result of over 10 years experience in the operation ...

horizontal-axis wind turbine / single-blade / pendulum / onshore
horizontal-axis wind turbine
60-335 kW

Rated power: 60, 335 kW

The unique design of the ADES wind turbine includes three passive mechanical systems: a swivelling single-blade rotor, a pendulum power train and a selfsteering nacelle. The design compensates, accumulates and reinstates ...

vertical-axis wind turbine / onshore
vertical-axis wind turbine
WS-0,60

... not applicable to these turbines. It is not necessary to stop rotation at high wind speeds. Turbines will continue to reliably generate power up to their max structural wind ...

vertical-axis wind turbine / onshore
vertical-axis wind turbine
WS-12

The largest and most powerful of Windside’s vertical axis wind turbine systems. The WS-12 is ideal for chaotic wind environments where traditional wind systems are unable to operate ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
E-48

Rated power: 800 kW

Rated power: 800 kW Rotor diameter: 48 m Hub height: 50 m / 55 m / 60 m / 76 m Wind zone (DiBt): WZ III Wind class (IEC): IEC/NVN IIA Turbine concept: Gearless, variable speed, ...

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Enercon
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
E-53

Rated power: 800 kW

Rated power: 800 kW Rotor diameter: 52.9 m Hub height: 60 m / 73 m Wind zone (DiBt): WZ II exp Wind class (IEC): IEC/NVN Class S, (vav = 7.5 m/s, vext = 57 m/s) Turbine concept: ...

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Enercon
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
WINDSPIRE V4.0 | 4.0 KW

Rated power: 4 kW
Output voltage: 100 V

... nominal RPM of the turbine. As a result, a low tip speed ratio (tip speed to wind speed) minimizes audible noise. During wind tunnel testing of the Windspire V4.0 turbine, ...

horizontal-axis wind turbine / onshore
horizontal-axis wind turbine
WindCarrier

Rated power: 10 kW

... quickly than the air on the lower surfaces. Thanks to smart sensor technology, the controller will already start up the turbine when the wind speed reaches a mere 3.5 m/s. The operation is virtually ...

vertical-axis wind turbine / three-bladed / onshore
vertical-axis wind turbine
GRID+SYSTEM

Rated power: 5 kW

For many areas across the UK including Orkney, Shetland, Cornwall and Devon - there is a grid connection standard, known as G83, which limits the amount of energy that can be exported to the grid. Small-scale renewable energy systems ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
OFF-GRID SYSTEM

Rated power: 5 kW

... traditionally rely on diesel generators as the sole or main energy generation source, offer a huge opportunity for deployment of wind turbines and have great potential for reducing carbon emissions. For ...

horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
VENSYS 1.5 MW

... toothed belt drive featuring its own pitch control system. With over 8,600 turbines installed, the VENSYS 1.5 MW platform is the world's most frequently installed gearless 1.5 MW turbine of our time. 70, ...

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Vensys
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
VENSYS 2.5 MW

... increase in performance and yet so compact. With a rotor diameter extended to 100, 109 and 112 meters for most high wind and low wind sites. The VENSYS 2.5 MW platform is the solution for the multi-megawatt ...

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Vensys
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
K120 2.3 MW

The K120 2.3MW is especially designed for IEC III sites. This turbine maximises the capacity factor up to 45% on a hub height of 145 meters.

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Kenersys
horizontal-axis wind turbine / three-bladed / onshore
horizontal-axis wind turbine
K110 2.4 MW

The K110 2.4MW is especially designed for low wind speed sites (IEC III) with a maximised capacity factor in combination with a high Annual Energy Yield.

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Kenersys
horizontal-axis wind turbine / 6-blade / onshore
horizontal-axis wind turbine
RUTLAND 504

Output voltage: 12 V

The Rutland 504 is a super compact turbine that is great for using wind power for trickle charging. You can be sure that when you arrive on board your batteries will be well charged up and ready for ...

horizontal-axis wind turbine / 6-blade / onshore
horizontal-axis wind turbine
RUTLAND 504 E-FURL

Output voltage: 12 V

The Rutland 504 e-furl is a great choice for wind power charging where portability is key. It’s light weight and ease of handling means that you can rapidly have it raised into position and running, generating free power ...

horizontal-axis wind turbine / onshore / diesel solar / roof
horizontal-axis wind turbine
WINDRAIL®

... electricity generating, wind turbine based on a so-called Banki design. The turbine entry area harnesses the wind flow near the facade edge and accelerates it by using the natural pressure ...

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

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