Understanding the aerodynamic interactions between turbines in a wind farm is essential for maximizing power generation.
The geometric modifications and rational towards maximizing the flow speed hitting the blades, and thus maximizing power generated are described.
Therefore, these two wishes, maximizing power and minimizing costs, conflict with each other.
The closer the FDR power point representing an algorithm to the upper-left corner, the better this algorithm at maximizing power while minimizing FDR.
However, when both types of data are available, methods to control the type I error rate while maximizing power have not been systematically explored.
With an eye on profits, these promoters naturally aim to maximize power production, rather than flood protection.
Under what conditions would rational rulers who possess ultimate authority and who seek to maximize power and wealth ever give up any of that authority?
These results were then used to identify optimal monitoring designs that maximized power, precision or accuracy within budgetary constraints.
The objective function includes two competing terms that force the optimizer to maximize power capture while minimizing structural loads.
The importance of the steam cycle design to maximize power generation is demonstrated using pinch analysis targeting techniques is demonstrated.
