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GE Wind Turbines

Wind turbine - 3.2 MW, ø 103 m

The 3.2-103 wind turbine from GE Energy is a powerful generator that can generate 5% more power than its predecessor model 2.85-103. It is reliable, efficient and a new generation...

Wind turbine - 3.2 MW, ø 103 m

The 3.2-103 wind turbine from GE Energy is a powerful generator that can generate 5% more power than its predecessor model 2.85-103. It is reliable, efficient and a new generation turbine that helps in managing the wind variability thereby providing stable and certain power by utilizing the industrial internet.

With data point analysing speed of thousands per second, the 3.2-103 wind turbine assimilates forecasting algorithms and energy storage while transmitting the information to service technicians, fellow turbines and operators. It is equipped with a 103 metre-long rotor with towers supporting hub heights from 70 to 98 meters. It is also available in 50Hz and 60Hz versions.

Wind turbine - 1.5 MW, ø 77 m

Because of its increased performance, reliability and durability, this is a product that you should most definitely include in your...

Wind turbine - 1.5 MW, ø 77 m

Because of its increased performance, reliability and durability, this is a product that you should most definitely include in your shortlist if you are looking for an exceptional turbine.

GE, the manufacturer of this item and one of the industry leaders, has thought of this item as an improvement to the original Class I series. Some of the features that have been added to it include a bigger length for the rotor, along with controls technology that will help you increase your energy production every year.

Wind turbine - 1.6 MW, ø 82.5 m

The 1.5 MW wind turbine from GE has seen a great advancement with the introduction of this product. This is one of the finest...

Wind turbine - 1.6 MW, ø 82.5 m

The 1.5 MW wind turbine from GE has seen a great advancement with the introduction of this product. This is one of the finest 1.6-82.5 turbines you will ever see on sale. In addition to the increased durability and high reliability, there are various other features and benefits worth mentioning.

For example, the low cost of electricity and an output that is higher than you have ever seen before will ensure your satisfaction as a user. So buy now and enjoy something that is truly unique.

Wind turbine - 1.6 - 1.7 MW, ø 100 m

The GEs 1.6/1.7-100 wind turbines offer a 47 percent increase in swept area when compared to the 1.6-82.5 turbine,...

Wind turbine - 1.6 - 1.7 MW, ø 100 m

The GEs 1.6/1.7-100 wind turbines offer a 47 percent increase in swept area when compared to the 1.6-82.5 turbine, resulting in a 20 percent increase for the 1.6-100 and 24 percent increase for the 1.7-100 AEP at 7.5 m/s. This increase in blade swept area allows greater energy capture and improved project economics. GEs 1.6-100 turbine has a 54 percent and the 1.7-100 turbine has a 53 percent gross capacity factor at 7.5 m/sa class leading performance.

Wind turbine - 1.5 MW, ø 82.5 m

The 1.5 MV platform of GE has seen a great advancement with the introduction of this product. This 1.85-82.5 wind turbine is compatible...

Wind turbine - 1.5 MW, ø 82.5 m

The 1.5 MV platform of GE has seen a great advancement with the introduction of this product. This 1.85-82.5 wind turbine is compatible with the latest industry standards and will help you enjoy high wind regimes, with an AETP that is more than 7% than with other models.

In addition to the great energy output you can expect from this device, you will also enjoy the low electricity cost and the higher customer value. So buy now and enjoy a great design and high quality in the same package.
Vestas

Low wind turbine - max. 3.3 MW, ø 126 m | V126-3.3 MW™ IEC 3A

This is built on proven features that Vestas has used in many of its older units. The V126-3.3 MW IEC IIIA is made...

Low wind turbine - max. 3.3 MW, ø 126 m | V126-3.3 MW™ IEC 3A

This is built on proven features that Vestas has used in many of its older units. The V126-3.3 MW IEC IIIA is made for low-wind settings and it weighs less than the 3.0 model. This has a 126 m rotor that does a better job with capturing even the smallest bits of wind, thus making it easier for you to generate more energy without spending more money than needed. This makes for a profitable unit that works in spots where wind conditions might struggle.

Medium wind turbine - max. 3.3 MW, ø 117 m | V117-3.3 MW® IEC 2A

The V112-3.3 MW and V117-3.3 MW IEC IIA units from Vestas are useful for managing turbines with...

Medium wind turbine - max. 3.3 MW, ø 117 m | V117-3.3 MW® IEC 2A

The V112-3.3 MW and V117-3.3 MW IEC IIA units from Vestas are useful for managing turbines with ease. This has a good body that has useful electric properties and will control emissions with ease. This is useful for managing the turbines in a 3 MW platform. This is all used to get production to be kept in check without any threats over how different units are managed.

Offshore wind turbine - max. 3.3 MW, ø 112 m | V112-3.3 MW® IEC IB/IIA

The V112-3.3 MW™ IEC IB is a high-wind turbine with a high capacity factor.
It's design is close to those of other 3 MW turbines and features efficient use of its grid compatibility...

Offshore wind turbine - max. 3.3 MW, ø 112 m | V112-3.3 MW® IEC IB/IIA

The V112-3.3 MW™ IEC IB is a high-wind turbine with a high capacity factor.
It's design is close to those of other 3 MW turbines and features efficient use of its grid compatibility and presents an optimal solution for sites involving MW constraints. When faced with medium wind sites the V112-3.3 MW™ IEC IIA and V117-3.3 MW™ IEC IIA present an excellent solution.
In addition, combining these two provides a more efficient site layout as well as significant production increase. Since 3 MW platform turbines have similar electrical properties, sound emissions and nacelle design, they are easily mixed on constrained sites.
The V112-3.3 MW™ enables combination with the Vestas De-Icing System to operate in cold conditions.

Offshore wind turbine - 3.3 MW, ø 105 m | V105-3.3 MW™

The V105-3.3 M IEC IA is a turbine that may be used in extreme wind conditions. It is comprised of a sturdy body and...

Offshore wind turbine - 3.3 MW, ø 105 m | V105-3.3 MW™

The V105-3.3 M IEC IA is a turbine that may be used in extreme wind conditions. It is comprised of a sturdy body and is made for sites where large grids have to be powered up. This unit uses a short blade when compared with the V112-3.0 MW, and is made with a full converter that is fully compliant with grid codes in the United Kingdom and Ireland. This unit is designed with support for markets with tip-height restrictions that are in place in certain areas.

Wind turbine - 3 MW, ø 90 m | V90-3.0 MW

The V90-3.0 MW® is very lightweight and therefore easy to transport and install; it also reduces the foundation costs due to its lower load.

The...

Wind turbine - 3 MW, ø 90 m | V90-3.0 MW

The V90-3.0 MW® is very lightweight and therefore easy to transport and install; it also reduces the foundation costs due to its lower load.

The...
Siemens Wind Power and Renewables

Variable-speed wind turbine - ø 82.4 m, 2 300 kW | SWT-2.3-82-VS

Highly-preferred in areas with noise restrictions, the SWT-2.3-82 VS wind turbine, which is one of the versions in the SWT 2.3-82 product line, has a rotor with three-blade cantilevered construction, mounted upwind of the tower. Made of fiberglass reinforced epoxy resin, the blades...

Variable-speed wind turbine - ø 82.4 m, 2 300 kW | SWT-2.3-82-VS

Highly-preferred in areas with noise restrictions, the SWT-2.3-82 VS wind turbine, which is one of the versions in the SWT 2.3-82 product line, has a rotor with three-blade cantilevered construction, mounted upwind of the tower. Made of fiberglass reinforced epoxy resin, the blades...

Variable-speed wind turbine - ø 93 m, 2 300 kW | SWT-2.3-93

The SWT-2.3-93 wind turbine is a favored resolution for utilities and other huge developers. This version has a bigger rotor and supplies superior economy at places...

Variable-speed wind turbine - ø 93 m, 2 300 kW | SWT-2.3-93

The SWT-2.3-93 wind turbine is a favored resolution for utilities and other huge developers. This version has a bigger rotor and supplies superior economy at places with an average wind speed. This a variable-speed model of SWT-2.3-82. It has a three-blade cantilivered structure rotor and is ascended upwind of the tower. The blades which are made of fiberglass-reinforced epoxy resin is ascended on the pitch bearing and can be feathered 80 degrees for termination purposes. A pitch regulation is managing the power output of the SWT-2.3-93 wind turbine. There are neither weak points nor uncomplicated access for water or lightning.

Variable-speed wind turbine - ø 101 m, 2 300 kW | SWT-2.3-101

In terms of reliability, the Siemens fleet of 2.3 MW wind turbines sets the benchmark for availability and dependability. The SWT-2.3-101 model exhibits the high level of quality that only Siemens can put out in the market. With the Siemens SWT-2.3-101 turbine,...

Variable-speed wind turbine - ø 101 m, 2 300 kW | SWT-2.3-101

In terms of reliability, the Siemens fleet of 2.3 MW wind turbines sets the benchmark for availability and dependability. The SWT-2.3-101 model exhibits the high level of quality that only Siemens can put out in the market. With the Siemens SWT-2.3-101 turbine, harvesting more energy in areas with low to medium wind speeds is now possible. With its impressive performance in the wind turbine industry, this model, surprisingly, requires minimal production costs. Siemens truly does not compromise quality with value. Helping in the optimization of energy returns, the 101 meter rotor, part of the inventive design of the Siemens 2.3 product line, is perfect for usage in sites with limited wind speeds. Another key feature of this product is its compatibility with all types of grid connections that offers the best support for grid connections in all major markets. Durable, reliable, and affordable, the Siemens SWT 2.3-101 wind turbine truly provides the best wind turbine solutions and is a wise investment for businesses.

Variable-speed wind turbine - ø 108 m, 2 300 kW | SWT-2.3-108

Siemens is renowned brand in the world of wind turbine technology. It provides higher productivity and reliability n low to moderate wind speeds. The new SWT-2.3-108 is an example of its commitment to customers’ success....

Variable-speed wind turbine - ø 108 m, 2 300 kW | SWT-2.3-108

Siemens is renowned brand in the world of wind turbine technology. It provides higher productivity and reliability n low to moderate wind speeds. The new SWT-2.3-108 is an example of its commitment to customers’ success. The longer blade designs ensure more energy. Semiens has created a new product for optimal wind extraction form moderate wind conditions. The SWT-2.3-108’s innovative rotor blade design has taken productivity to greater steps.

The design of new 108-meter rotor with its unique blade properties perfectly delivers optimal output for sites with low wind speeds. The SWT-2.3-108 wind turbine ensures optimum output even in areas with moderate wind conditions. The blade is manufactured with advanced design, rotor measures 108 meters diameter with pitch regulation, ensures an optimal power output and increase control over energy output

Permanent magnet direct-drive wind turbine - ø 113 m, 2 300 kW | SWT-2.3-113

The Siemens SWT-2.3-113 wind turbine comes across as an engineering marvel that is suitable for low as well as moderate wind conditions. The innovative direct drive generator along with optimally efficient Quantum Blade are paired together in...

Permanent magnet direct-drive wind turbine - ø 113 m, 2 300 kW | SWT-2.3-113

The Siemens SWT-2.3-113 wind turbine comes across as an engineering marvel that is suitable for low as well as moderate wind conditions. The innovative direct drive generator along with optimally efficient Quantum Blade are paired together in such a way as to get maximum wind energy.

Some other features of this wind turbine is enhanced efficiency, low-noise, reliable performance and sturdy body. This device has almost edified itself as the benchmark of the wind turbines for varying wind speeds.

Staying in close competition with its competitors, the company has been conducting its intensive research and development keeping in mind the best engineering services required in the modern world wind energy harvesting. The strategic designing of SWT-2.3-113 has been drafted considering the need of efficiency and reliability in direct drive turbines. All these benefits and proven efficiency comes within reasonable cost bracket.
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