LTW101

2,000 kW / 2,500 kW / 3,000 kW

LTW101

2,000 – 3,000 kW

The LTW101 wind turbine is the largest wind turbine model in the LEITWIND portfolio, it was developed to meet the needs of customers who require a turbine that can deliver high power outputs, while ensuring high efficiency and reliability.

		LTW101 2,000 \| 2,500 \| 3,000 kW
DESIGN DATA	Rated power	2,000 \| 2,500 \| 3,000 kW
	Hub height	80 / 93.5 m
	Wind class	IIA / IIIA
GENERATOR Direct Drive	Type	Permanent Magnet Direct Drive Synchronous Machine
	Stator Winding	Modular coils with tooth concentrated winding, exchangeable
	Rotor Topology	Modular Permanent Magnets with flux concentration, exchangeable
ROTOR	Rotor diameter	101 m
ROTOR	Swept Area	8,012 m2
WIND SPEED	Cut-in Wind Speed	3
WIND SPEED	Cut-out Wind Speed	25

AEP - ESTIMATED ANNUAL ELECTRICAL PRODUCTION

	LTW101 2,000 kW	LTW101 2,500 kW	LTW101 3,000 kW
m/s	MWh/y	MWh/y	MWh/y
4.50	3,067	3,109	3,161
5.00	4,009	4,134	4,249
5.50	4,974	5,217	5,429
6.00	5,921	6,315	6,652
6.50	6,822	7,387	7,872
7.00	7,656	8,403	9,050
7.50	8,406	9,338	10,151

CHARACTERISTICS

Ideal for moderate wind areas
Excellent performance thanks to large rotor diameter
Ideal for single-turbine projects
The largest turbine in the LEITWIND portfolio
Guaranteed average technical availability of up to 97%

Download Data Sheets LTW101 Download Leitwind Product Portfolio

SERVICES OF Leitwind

Project Managament

LEITWIND is always by its client’s side, starting, planning, designing, executing, monitoring, controlling and closing the project.

Production

LEITWIND manages the international supply chain and has production plants in several countries.

Installation and commissioning

LEITWIND installs and commissions its wind turbines.

Connection to the grid with IGBT technology

Modular frequency converters are compatible with the grid and ensure flexibility to meet a wide range of connection parameters and requests from various operators.

THE WIND TURBINE IN DETAIL

Leitwind WIND TURBINES

The blades capture the power of the wind in their rotational motion.

The hub transforms the motion of the blades into mechanical power. It also hosts the pitch system.

The pitch system controls the power captured by the blades (by varying their angle of attach) and acts as main braking system.

The Direct Drive generator is integrated in the main structure and converts mechanical to electrical power.

The main frame connects the Direct Drive generator to the tower, it carries the control system and the yaw system.

The yaw system allows the nacelle to turn relative to the tower, keeping it upwind.

The tower elevates and supports the rest of the structure into the wind. It grants access to nacelle and shelters the energy transforming station at its root.