Wind Turbine Output Estimator

Wind Turbine Output Estimator calculates the estimated power output of a wind turbine based on rotor diameter, wind speed, air density, and efficiency. Enter parameters and click “Calculate Power Output” to see results.

How to Use Wind Turbine Output Estimator:

1. Enter rotor diameter (meters).
2. Enter wind speed (meters per second).
3. Enter air density (kg/m³, default 1.225).
4. Enter power coefficient (Cp, typically 0.3–0.5, max 0.593).
5. Select output unit (Watts, Kilowatts, Megawatts).
6. Click “Calculate Power Output” to see the estimated power.
7. Use “Share Result” or “Copy Result” to share or copy the output.

Calculation Details:

The estimator uses the wind power formula:

• Swept Area: \\( A = \pi \times \left(\frac{\text{Rotor Diameter}}{2}\right)^2 \\)
• Theoretical Power: \\( P = \frac{1}{2} \times \rho \times A \times v^3 \\)
• Actual Power: \\( P_{\text{actual}} = P \times C_p \\)
• Units: Converted to Watts, Kilowatts, or Megawatts.

Note: Results are estimates. Actual output depends on turbine design and wind conditions.

Important Notes:

• Power coefficient is capped at 0.593 (Betz’s limit).
• Typical turbines: Small (1–10 kW), Large (1–3 MW).
• Wind speeds > 25 m/s may be unrealistic for standard turbines.
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