Wind farm deployment by wind turbines of different power curves under a 2-way routine of energy-and-costs constrained optimization

Abstract

Parameters of the efficient wind farm deployment are determined as a probability density function estimation for area wind statistics and an appropriate set of wind turbines based on the given either an annual desired energy or initial financial resources. A routine of the deployment is stated in four items. The estimation follows giving initial data/conditions and a number of wind turbines might be used for building a wind farm. The efficiency is achieved via energy-and-costs optimization. At this point, the power output is maximized with minimizing costs or controlling their grand total.