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Permanent magnet direct-drive wind turbine - 1.5 MW
To adapt to the complex and diverse operating conditions in China, Goldwind...
Permanent magnet direct-drive wind turbine - 1.5 MW
To adapt to the complex and diverse operating conditions in China, Goldwind has designed and produced a broad range of WTGs which can be installed in diverse climates and work efficiently in operating conditions including low and high temperatures, high altitude, low wind speed and coastal areas.
Permanent magnet direct-drive wind turbine - 2.5 MW
To adapt to the complex and diverse operating conditions in China, Goldwind...
Permanent magnet direct-drive wind turbine - 2.5 MW
To adapt to the complex and diverse operating conditions in China, Goldwind has designed and produced a broad range of WTGs which can be installed in diverse climates and work efficiently in operating conditions including low and high temperatures, high altitude, low wind speed and coastal areas.
Medium-power wind turbine - 3 000 kW | N117/3000
The N117/3000 is designed for medium wind speeds (IEC-2) and has a 20 percent greater nominal output compared with its predecessor....
Medium-power wind turbine - 3 000 kW | N117/3000
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 to the high towers and optimised technical systems, the N117/3000 generates high yields at IEC-2 locations.
With the N117/3000, Nordex customers are able to benefit from our more than 13 years of experience in the multi-megawatt segment.
Thanks to the high towers and optimised technical systems, the N117/3000 generates high yields at IEC-2 locations.
With the N117/3000, Nordex customers are able to benefit from our more than 13 years of experience in the multi-megawatt segment.
Wind turbine - 3 300 kW | N100/3300
The N100/3300 is designed for strong wind speeds (IEC-1) and has a 32 percent greater nominal output compared with its predecessor. Yet, despite...
Wind turbine - 3 300 kW | N100/3300
The N100/3300 is designed for strong wind speeds (IEC-1) and has a 32 percent greater nominal output compared with its predecessor. Yet, despite this substantial increase in output, sound power levels have remained stable.
The rotor diameter is 10 metres larger compared with its predecessor, resulting in a 23% increase in rotor sweep. This makes the N100/3300 a particularly efficient turbine for strong-wind locations (IEC-1).
With the N100/3300, Nordex customers are able to benefit from our more than 13 years of experience in the multi-megawatt segment.
The rotor diameter is 10 metres larger compared with its predecessor, resulting in a 23% increase in rotor sweep. This makes the N100/3300 a particularly efficient turbine for strong-wind locations (IEC-1).
With the N100/3300, Nordex customers are able to benefit from our more than 13 years of experience in the multi-megawatt segment.
Low wind turbine - 2 400 kW, Ø 117 m | N117
Nordex N117 (2.4 Megawatt)
The N117/2400 has been specially developed for low-wind sites. Thanks to a rotor diameter of 117 meters and a rotor sweep of 10,715 square meters, the N117/2400 is the highest-yielding IEC 3 turbine in its class. In typical low-wind regions, it will achieve a capacity...
The N117/2400 has been specially developed for low-wind sites. Thanks to a rotor diameter of 117 meters and a rotor sweep of 10,715 square meters, the N117/2400 is the highest-yielding IEC 3 turbine in its class. In typical low-wind regions, it will achieve a capacity...
Low wind turbine - 2 400 kW, Ø 117 m | N117
Nordex N117 (2.4 Megawatt)
The N117/2400 has been specially developed for low-wind sites. Thanks to a rotor diameter of 117 meters and a rotor sweep of 10,715 square meters, the N117/2400 is the highest-yielding IEC 3 turbine in its class. In typical low-wind regions, it will achieve a capacity of over 3,500 full-load hours, thus exceeding other turbines in this category by 20 percent. This translates into a capacity factor of 40 percent. As a result, Nordex customers using the N117/2400 will be able to achieve high and steady electricity production in regions characterized by lighter winds. The acoustic power level is a maximum 105 decibels, thus allowing the turbine to be used closer to residential areas and ensuring an optimum turbine array in the wind farm. The N117/2400 has also been designed with construction height limits in mind. Thus, with a hub height of 91 meters on the standard tower, it remains below the critical threshold of 150 meters.
The turbine is the result of eleven years of systematic ongoing technical enhancements to the multi-megawatt platform, 26 years of wind power engineering and the experience gained from over 1,300 installed multi-megawatt wind power systems.
The N117/2400 has been specially developed for low-wind sites. Thanks to a rotor diameter of 117 meters and a rotor sweep of 10,715 square meters, the N117/2400 is the highest-yielding IEC 3 turbine in its class. In typical low-wind regions, it will achieve a capacity of over 3,500 full-load hours, thus exceeding other turbines in this category by 20 percent. This translates into a capacity factor of 40 percent. As a result, Nordex customers using the N117/2400 will be able to achieve high and steady electricity production in regions characterized by lighter winds. The acoustic power level is a maximum 105 decibels, thus allowing the turbine to be used closer to residential areas and ensuring an optimum turbine array in the wind farm. The N117/2400 has also been designed with construction height limits in mind. Thus, with a hub height of 91 meters on the standard tower, it remains below the critical threshold of 150 meters.
The turbine is the result of eleven years of systematic ongoing technical enhancements to the multi-megawatt platform, 26 years of wind power engineering and the experience gained from over 1,300 installed multi-megawatt wind power systems.
Wind turbine - 2 500 kW, Ø 100 m | N100
The Nordex N100/2500 kW is a 2.5 MW wind turbine specially configured for moderate and low wind...
Wind turbine - 2 500 kW, Ø 100 m | N100
The Nordex N100/2500 kW is a 2.5 MW wind turbine specially configured for moderate and low wind conditions.
The N100/2500 is one of the largest turbines in the Nordex product line and its yield rates among the highest in its power class. With a rotor sweep of 7,854 square metres, this IEC-2 certified turbine operates particularly profitably in medium and low wind regimes.
The N100/2500 is one of the largest turbines in the Nordex product line and its yield rates among the highest in its power class. With a rotor sweep of 7,854 square metres, this IEC-2 certified turbine operates particularly profitably in medium and low wind regimes.
Wind turbine - 2 500 kW, Ø 90 m | N90
As an all-round turbine in the 2.5 MW product line, the N90/2500 can be deployed at strong-wind sites. With different...
Wind turbine - 2 500 kW, Ø 90 m | N90
As an all-round turbine in the 2.5 MW product line, the N90/2500 can be deployed at strong-wind sites. With different tower heights, it covers wind class IEC 1. Nordex also offers it with the option of a frequency of 50 or 60 hertz.
This makes the N90/2500 a very versatile 2.5 MW turbine and the classic in the series. Hundreds are in operation in various locations with vastly different climates and geographies across Europe, Asia and North America.
This makes the N90/2500 a very versatile 2.5 MW turbine and the classic in the series. Hundreds are in operation in various locations with vastly different climates and geographies across Europe, Asia and North America.
Wind turbine - ø 95 - 97 m, 2.1 MW | S9X SUITE
Making profitable and efficient 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 spectrum. Suzlon's...
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 spectrum. Suzlon's...
Wind turbine - ø 95 - 97 m, 2.1 MW | S9X SUITE
Making profitable and efficient 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 spectrum. Suzlon's S9X wind turbines meet these needs.
Taking into consideration the stated dynamics of wind energy, Suzlon has created the S9X suite of turbines - S95 and S97, with a 2.1 MW rating for all markets, which is an evolutionary advancement over the successful S88 wind turbine. The S9X's design starts with the current S88, boasting over 4,100 MW of installed capacity in 11 countries and globally averages over 97% availability, making it Suzlon's most robust turbine until now.
Key inclusions in the S9X design are:
1. DFIG converter featuring variable speed
2. Larger swept area with rotor diameters; 95 and 97 meters
3. 80-meter, 90-meter and 100-meter hub heights
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 spectrum. Suzlon's S9X wind turbines meet these needs.
Taking into consideration the stated dynamics of wind energy, Suzlon has created the S9X suite of turbines - S95 and S97, with a 2.1 MW rating for all markets, which is an evolutionary advancement over the successful S88 wind turbine. The S9X's design starts with the current S88, boasting over 4,100 MW of installed capacity in 11 countries and globally averages over 97% availability, making it Suzlon's most robust turbine until now.
Key inclusions in the S9X design are:
1. DFIG converter featuring variable speed
2. Larger swept area with rotor diameters; 95 and 97 meters
3. 80-meter, 90-meter and 100-meter hub heights
Wind turbine - ø 88 m, 2.1 MW | S88
S88-2.1 MW is designed for a medium wind speed regime. Its wind turbine concept is based on a robust design with pitch regulated blade operation, a 3-stage...
Wind turbine - ø 88 m, 2.1 MW | S88
S88-2.1 MW is designed for a medium wind speed regime. Its wind turbine concept is based on a robust design with pitch regulated blade operation, a 3-stage gearbox with 2200 kW rating and flexible coupling to the asynchronous induction generator. The Suzlon flexi-slip system provides efficient control of the load and power control and the turbine operation is efficiently controlled by the Suzlon controller. These technologies are all well-known in the wind power industry and have proven themselves over time. The S88-2.1 MW is designed to withstand extreme conditions and operate effectively with lower maintenance cost.
Wind turbine - ø 82 m, 1.5 MW | S82
The S82-1.5 MW has a well-suited ratio between rotor diameter and generator for most...
Wind turbine - ø 82 m, 1.5 MW | S82
The S82-1.5 MW has a well-suited ratio between rotor diameter and generator for most sites in a medium wind speed regime. The wind turbine concept is based on robust design and is efficiently handled by the Suzlon controller. These technologies are all well-known in the wind power industry and have proven themselves over time.
Wind turbine - ø 66 m, 1.25 MW | S66
The S66-1.25 MW has a well-suited ratio of rotor diameter to generator for most sites...
Wind turbine - ø 66 m, 1.25 MW | S66
The S66-1.25 MW has a well-suited ratio of rotor diameter to generator for most sites in a medium wind speed regime. The wind turbine concept is based on robust design and is efficiently handled by the Suzlon controller. These technologies are all well-known in the wind power industry and have proven themselves over time.
Wind turbine - ø 52 m, 600 KW | S52
The S52-600 kW has a well-suited ratio between rotor diameter and generator for most sites...
Wind turbine - ø 52 m, 600 KW | S52
The S52-600 kW has a well-suited ratio between rotor diameter and generator for most sites in a medium wind speed regime. The wind turbine concept is based on robust design and efficiently handled by the Suzlon controller. The technologies used in the S52-600k are all well-known in the wind power industry and have proven themselves over time.