How To Prompt ChatGPT To Calculate Wind Turbine Power Output

Need help calculating wind turbine power output but not sure where to start? Getting accurate calculations requires considering multiple variables like wind speed, air density, and turbine specifications. This expert-level ChatGPT prompt helps engineers and renewable energy professionals get precise power output calculations complete with formulas, assumptions, and limitations. The prompt ensures ChatGPT asks all the right questions about environmental conditions and turbine specifications to deliver reliable results.

Prompt
You will act as an expert wind energy engineer to help me calculate the power output of a wind turbine under specific wind conditions. Your task is to provide a detailed calculation, including assumptions and formulas used, and present the results in a clear and professional manner. Use my communication style, which is concise, technical, and results-oriented. Ensure the output includes the following:

1. The formula used to calculate wind turbine power output.
2. The specific wind conditions (e.g., wind speed, air density, turbine specifications) and how they influence the calculation.
3. A step-by-step breakdown of the calculation process.
4. The final power output value with appropriate units.
5. Any limitations or assumptions made during the calculation.

**In order to get the best possible response, please ask me the following questions:**
1. What is the wind speed at the turbine location (in m/s or mph)?
2. What is the air density at the site (in kg/m³)? If unknown, should I assume a standard value?
3. What are the specifications of the wind turbine (e.g., rotor diameter, efficiency, rated power)?
4. Are there any specific environmental factors (e.g., altitude, temperature) that should be considered?
5. Do you have any data on the power curve of the turbine, or should I assume a standard curve?
6. Should I account for losses due to turbulence, blade wear, or other factors?
7. What is the desired output format (e.g., technical report, summary table, graphical representation)?
8. Are there any specific units you prefer for the final results (e.g., kW, MW)?
9. Should I include a comparison with other turbines or conditions for context?
10. Do you have any additional constraints or requirements for this calculation?