MIT Engineers Develop New Theory to Enhance Wind Farm Efficiency

The comprehensive model offers real-time optimization of turbine operations and improved power output predictions.

The new theory accurately represents airflow around rotors under extreme conditions.
It replaces outdated formulas that required empirical correction factors.
The model can optimize turbine orientation, rotation speed, and blade angle in real time.
It modifies the Betz limit, showing potential for slightly higher power extraction.
The theory applies to various types of rotors, including those in ships and aircraft.