Your Ideal Wind Turbines

Your Ideal Wind Turbines

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Average Wind speed

m/s
77 101 m
750 3.000 kW

€ per kWh

€ per kWh

LTW101 3.000 kW

Wind Class IIIA+

  • Rotor Diameter 101
  • Hub Height 93,5 - 143
  • AEP 2.278 MWh / year
  • Revenue Please insert a FIT!

LTW101 2.000 kW

Wind Class IIIA+ / IIIA+ / IIA/IIIA+

  • Rotor Diameter 101
  • Hub Height 80-93,5 / 80-93,5 / 93,5-143
  • AEP 2.261 MWh / year
  • Revenue Please insert a FIT!

LTW101 2.500 kW

Wind Class IIIA+

  • Rotor Diameter 101
  • Hub Height 80 / 93,5
  • AEP 2.259 MWh / year
  • Revenue Please insert a FIT!

Power curve

Wind speed (m/s) Power curve and AEP are provided in standard air conditions

Electrical power(kW)

(m/s) LTW101 3.000 LTW101 2.000 LTW101 2.500
3 41 41 41
4 118 122 118
5 258 268 258
6 470 480 470
7 769 772 769
8 1.154 1.162 1.154
9 1.634 1.634 1.634
10 2.205 1.983 2.125
11 2.667 2.000 2.402
12 2.891 2.000 2.500
13 3.000 2.000 2.500
14 3.000 2.000 2.500
15 3.000 2.000 2.500
16 3.000 2.000 2.500
17 3.000 2.000 2.500
18-25 3.000 2.000 2.500

Further Turbines

LTW101 3.000 kW

Wind Class IIA

  • Rotor Diameter 101
  • Hub Height 93,5 / 143

LTW90 2.000 kW

  • Rotor Diameter 90,3
  • Hub Height 80 / 97,5

LTW90 1.500 kW

  • Rotor Diameter 90,3
  • Hub Height 65 / 80 / 97,5

LTW90 1.000 kW

  • Rotor Diameter 90,3
  • Hub Height 65 / 80 / 90 / 97,5 / 105

LTW86 1.500 kW

  • Rotor Diameter 86,3
  • Hub Height 80 / 90 / 97,5 / 100

LTW86 1.000 kW

  • Rotor Diameter 86,3
  • Hub Height 80 / 90 / 97,5 / 100

LTW80 1.650 kW

  • Rotor Diameter 80,3
  • Hub Height 60 / 65 / 80

LTW80 1.500 kW

  • Rotor Diameter 80,3
  • Hub Height 60 / 65 / 80
LTW80 1.000 kW

LTW80 1.000 kW

  • Rotor Diameter 80,3
  • Hub Height 65 / 80

LTW80 1.800 kW

  • Rotor Diameter 80,3
  • Hub Height 60 / 65 / 80

LTW80 850 kW

  • Rotor Diameter 80,3
  • Hub Height 65 / 80
LTW80 800

LTW80 800 kW

  • Rotor Diameter 80,3
  • Hub Height 65 / 80

LTW77 1.000 kW

  • Rotor Diameter 76,6
  • Hub Height 61,5 / 65 / 80

LTW77 850 kW

  • Rotor Diameter 76,6
  • Hub Height 61,5 / 65 / 80

LTW77 800 kW

  • Rotor Diameter 76,6
  • Hub Height 61,5 / 65 / 80

Request Siting

A wind data analysis compiled by the LEITWIND expert team optimizes turbine positioning. Calculating the annual energy output helps to choose the perfect turbines  for sale site.

Technology & Advantages

Direct Drive

Simply effective. The patented LEITWIND direct drive technology is at the heart of the system, which reduces the number of rotating parts, rotation speed, and friction. This increases reliability and decreases wear and maintenance cost!

  • Reduction of parts and frictions
  • Suitable for areas with less wind
  • Decrease of maintenance costs

Modular Design

LEITWIND wind turbines are designed around a modular concept, which reduces transport and assembly costs and makes installing wind turbines in remote difficult-to-access places possible.

  • External transformer stations are obsolete
  • Suitable for difficult-to-access places
  • Exceptional productivity at lower costs 
  • Leitwind Turbines in Bulgaria

    BULGARIA - Kavarna

    15 x LTW77 1.500 kW + 2 x LTW80 1.500 kW

  • ITALY - Basilicata - Pescopagano

    ITALY - Basilicata

    25 x LTW77 1.000 kW + 11 LTW77 850 kW

  • Poland-Moszczenica

    POLAND - Moszczenica

    2 x LTW86 1.500 kW

  • Austria - Styria

    AUSTRIA - STYRIA

    LTW77 1.350 kW + LTW80 1.500 kW

  • Croatia - Crno Brdo

    CROATIA - SIBENIK

    7 x LTW77 1.500 kW

  • ITALY Montecatini

    ITALY - TUSCANY

    11 x LTW77 1.500 kW

  • Sri Lanka

    SRI LANKA - PUTTAMLAM

    7 x LTW77 1.500 kW

  • Pellafol - Crédit Benoit Praderie

    FRANCE - ISÈRE

    2 x LTW77 1.350 kW

  • TURKEY - Tokat

    TURKEY - TOKAT

    2 x LTW80 1.000 kW

  • The Netherlands - Flevoland

    THE NETHERLANDS - FLEVOLAND

    LTW101 3.000 kW

  • USA - Bayonne

    USA - NEW JERSEY

    LTW77 1.500 kW

  • Andhra Pradesh - Tadipatri

    INDIA - Andhra Pradesh

    30 x LTW80 1.800 kW

  • Tamil Nadu Kalunirkul

    INDIA - Tamil Nadu

    67 x LTW77 1.500 kW, 1 x LTW86 1.500 kW; 1 x LTW70 2.000 kW, 43 x LTW80 1.500 kW

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