Mod-2 wind turbine farm stability study / E. N. Hinrichsen and P. J. Nolan
Tipo de material:
TextoIdioma: Inglés Series DOE/NASADetalles de publicación: Cleveland : National Aeronautics and Space Administration, 1980; Washington : United States Department of Energy, 1980Descripción: 164 p. : figurasTema(s): Recursos en línea: 
Libro
| Biblioteca actual | Signatura topográfica | Estado | Fecha de vencimiento | Código de barras | |
|---|---|---|---|---|---|
| Koha Ingenieria | 621.548 HIN Bloque 14 (Navegar estantería(Abre debajo)) | Disponible | 44645 |
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| 621.548 HIG Bloque 14 Dunlite Model 81/002550 : performance report / | 621.548 HIG Bloque 14 Altos-Model 8B wind turbine generator : performance report / | 621.548 HIG Bloque 14 Sencenbaugh model 1000-14 wind turbine : final test report / | 621.548 HIN Bloque 14 Mod-2 wind turbine farm stability study / | 621.548 HOF Bloque 14 Coupled dynamics analysis of wind energy systems / | 621.548 HUA Bloque 14 Gust-ride exceedance statistics for wind turbine design / | 621.548 HUN Bloque 14 Wind-diesel system. A guide to the technology and its implementation / |
Informe/número de patente NASA CR-165156
DOE/NASA/0134-1
The dynamics of single and multiple 2.5 ME, Boeing MOD-2 wind turbine generators (WTGs) connected to utility power systems were investigated. The analysis was based on digital simulation. Both time response and frequency response methods were used. The dynamics of this type of WTG are characterized by two torsional modes, a low frequency 'shaft' mode below 1 Hz and an 'electrical' mode at 3-5 Hz. High turbine inertia and low torsional stiffness between turbine and generator are inherent features. Turbine control is based on electrical power, not turbine speed as in conventional utility turbine generators. Multi-machine dynamics differ very little from single machine dynamics.
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