Thanks! Detailed knowledge of density and velocity of the natural wind is necessary ALL like you presented by curves especially for designing, planning aspects and operational aspects! So clearly you illustrated two leading factors for a wind but also wind atlas in which the researchers as input can use the models in turn of wind turbines. Presenting of the effects of area orography on the wind density can be easily calcutated to 3-D regularno grid.
how would one estimate the power output of of a 1MW wind turbine given a certain wind speed in m/s ??? is there a formula to ESTIAMTE this ? need it for an excel file for a small project i have and do not require overly accurate figures
Power vs Wind speed Curve.... manufacturer specifications. (Benchmark Test). Power is adjusted with actual ambient conditions based on the eqn's provided by the video.
Thanks! Detailed knowledge of density and velocity of the natural wind is necessary ALL like you presented by curves especially for designing, planning aspects and operational aspects! So clearly you illustrated two leading factors for a wind but also wind atlas in which the researchers as input can use the models in turn of wind turbines. Presenting of the effects of area orography on the wind density can be easily calcutated to 3-D regularno grid.
how would one estimate the power output of of a 1MW wind turbine given a certain wind speed in m/s ??? is there a formula to ESTIAMTE this ? need it for an excel file for a small project i have and do not require overly accurate figures
Power vs Wind speed Curve.... manufacturer specifications. (Benchmark Test). Power is adjusted with actual ambient conditions based on the eqn's provided by the video.