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P = 0.5  v A Wind Energy Potential 3 P power, Watts

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Presentation on theme: "P = 0.5  v A Wind Energy Potential 3 P power, Watts"— Presentation transcript:

1 P = 0.5  v A Wind Energy Potential 3 P power, Watts
 density of air, kg/m v wind speed, m/s A area, m 3 2

2 Histograms Of Wind Speed & Energy, Corpus Christi

3 Wind Power Curve

4 Wind Classes by Wind Power Potential
Wind ‘Speed’ Histograms are used to determine Wind Class (at 50 m) Wind Power Speed Class W/m m/s mph > > > 24.7

5 Texas Installed Capacity

6 Texas Wind Energy 2004 Data Installed Capacity 1,298 MW
Installed Cost $1.3 Billion Cost per Unit $1.0 Million/MW Wind Farms Number of Turbines 1,366 Diameters ft Hub Heights ft Estimated Production * 109 kWh/yr 400,000 homes 35% Capacity Factor, 96% Availability 2004 Data

7 US Installed Wind Capacity
7000 6000 5000 4000 MW 3000 2000 1000 81 83 85 87 89 91 93 95 97 99 01 03

8 Wind Energy - Farmland and Ranchland
Wind machines near McCamey, TX Wind machines on farm in mid-west

9 Wind Energy Wind energy development in rural areas is providing significant income to farmers & ranchers. Supplement to farmers More than income from conventional ranching.

10 Wind …. On-shore and Off-shore

11 Wind Machine Types, Designs


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