Evolution of Modern Wind Turbines Part A: 1940 to 1994 - Wind Turbine Technology: Fundamental Concepts of Wind Turbine Engineering - page 155

Table 3-2 (Continued). Wind Energy Systems Larger Than 500 kW [IEA 1993]

Weight Rating Generator Performance

W OT W T U R P R Type No. of Run Output From To Source

(1000 kg) (m/s) (kW) Units Hours (MWh)

16.0 1,000 I

344.0 (Rotor) 23.0 4,000 A 1 10,395 6,730 07/87 - 11/90 EMR

20.2 (Rotor) 18.2 522 I 2 5,873 557 05/87 - 07/90 EMR

80.0 47.0 13.0 630 I 1 6,146 1,313 09/79 - 04/92 DEFU

80.0 47.0 13.0 630 I 1 25,699 08/80 - 12/91

2,000 S

60.5 47.0 15.0 750 I 5 87,500 11/86 - 12/91 DEFU

156.0 500.0 15.0 2,000 I 1 6,779 12/87 - 12/91 DEFU

470.0 12.2 1,200 S 1 1,800 950 09/89 - 11/92 IEA

11.0 640 S 3 09/89 - 11/92 IEA

17.2 1,400 S 1 04/92 - 11/92 IEA

3,000 1 09/92 - 11/92 IEA

20.0 47.0 14.0 750 A 1993 IEA

25.1 35.0 14.5 500 A 1993 IEA

95.0 145.0 13.5 1,500 A 1 9/91 - IEA

500 1

31.7 59.0 13.9 1,000 A 1 06/86 - 10/89 IEA

500 I 1 05/89 - 10/89 IEA

41.0 14.0 750 I MFG

500 I 1 11/89 - IEA

186.0 92.0 12.2 1,200 I 1 2,400 559 11/89 - 02/92 IEA

500

205.0 1,500.0 12.5 2,000 I 1 11,350 12,600 02/83 - 10/89 IEA

191.0 291.0 14.0 3,000 S 1 23,079 29,847 07/82 - 02/92 NUTEK

2,000 1 11,400 13,000 1988 IEA

1,500.0 3,000 S 1 11/91 - IEA

197.0 654.0 17.0 3,000 S 1 4,758 6,375 10/87 - 03/92 NSHEB

10/87 IEA

750 S 1 2,480 1,206 06/88 - 11/91 NSHEB

1,000 1 2,150 798 02/90 - 04/91

20.0 47.0 14.0 750 A

500 I

265.3 160.5 13.0 3,200 C 1 20,561 26,776 07/87 - 09/92 HERS

198.2 192.8 15.0 4,000 S 1 4,100 8,000 01/82 - 08/87 MFG

36.2 34.8 13.0 600 S 15 36,384 12/85 - 09/92 HERS

W OT = Weight on Top of the Tower

W T = Weight of the Tower

U R = Rated Wind Speed at Mid-Elevation of Rotor

P R = Rated Power

Generator Type:

A = AC/DC/AC

C = Cycloconverter

I = Induction

S = Synchronous