ENERCON GmbH products

Rated power: 900 kW, Rotor diameter: 44 m, Hub height: 45 m / 55 m, Wind class (IEC): IEC/NVN IA, Turbine concept: Gearless, variable speed, single blade adjustment.

Rated power: 2,300 kW, Rotor diameter: 71 m, Hub height: 57 m / 64 m / 74 m / 85 m / 98 m / 113 m, Wind zone (DiBt): WZ III, Wind class (IEC): IEC/NVN IA und IEC/NVN IIA, Turbine concept: Gearless, variable speed, single blade adjustment.

Rated power: 2,000 kW, Rotor diameter: 82 m, Hub height: 78 m / 85 m / 98 m / 108 m / 138 m, Wind zone (DiBt): WZ III, Wind class (IEC): IEC/NVN IIA, Turbine concept: Gearless, variable speed, single blade adjustment.

With the LP4 platform Lagerwey introduces the ultimate onshore wind turbine generation. The LP4 platform is based on the successful LP2 platform with DDPM technology and advanced tower designs. The LP4 generation turbines are designed for various wind classes and can be built with the Lagerwey Climbing Crane. This makes Lagerwey wind turbines cost-efficient throughout the entire life cycle.

With the LP4 platform Lagerwey introduces the ultimate onshore wind turbine generation. The LP4 platform is based on the successful LP2 platform with DDPM technology and advanced tower designs. The LP4 generation turbines are designed for various wind classes and can be built with the Lagerwey Climbing Crane. This makes Lagerwey wind turbines cost-efficient throughout the entire life cycle.

With the LP4 platform Lagerwey introduces the ultimate onshore wind turbine generation. The LP4 platform is based on the successful LP2 platform with DDPM technology and advanced tower designs. The LP4 generation turbines are designed for various wind classes and can be built with the Lagerwey Climbing Crane. This makes Lagerwey wind turbines cost-efficient throughout the entire life cycle.

The L100 is a 2.5 MW wind turbine designed for IEC class IIIa locations. The smart and slim design, particularly in combination with our Modular Steel Mast (MST), make this turbine highly profitable. The modular structure of this tower is able to reach a 135 metre shaft height, which significantly improves the wind conditions, resulting in better yields. In addition, the L100-2.5MW is highly suitable for placement on difficult to reach locations with limited space on site. Due to Lagerwey`s experience and expertise, single blade lifting is also not a problem.

ENERCON wind turbines are equipped with state-of-the-art microelectronic control technology developed in-house. The MPU (main processing unit), the central element of ENERCON’s control system, constantly registers information from the peripheral control elements, such as the yaw control and active pitch control systems. Its function is to adjust the individual system parameters to ensure that ENERCON wind turbines achieve maximum output under all weather conditions.

The share of wind energy in the electricity generation is on the rise in many countries. That is why the technical requirements of local grid operators regarding the electrical performance of wind energy converters (WECs) and wind farms (WFs) are also getting more extensive and challenging.

Extreme climate conditions require flexibility and specialised technological solutions. By the use of modified components. ENERCON is ensuring development at hot and cold climate sites without WEC operation being limited by the prevailing climate conditions. ENERCON wind energy converters have other additional features in order to enable WEC operation even in the most challenging of weather conditions.