Wind turbine wake models' evaluation for different downstream locations

The land use limitations, especially for onshore applications, have led modern Wind Turbines (WTs) to be aggregated in wind parks under the scope of minimizing necessary area required. Within this framework, trustworthy prediction speed deficiency downstream WTs' hub (known also as “ wake effect ”) and meticulous park micrositing are uppermost importance optimized WTs siting across available area. In context, substantial effort has been made by academic research community, contributing deployment several analytical, numerical semi-empirical models, attempting estimate values at different locations a WT. accuracy analytical serving basis pertinent commercial software development, is investigated present work, comparing their outcome with experimental data from past work that concerns flow. dimensionless streamwise distance term WT's used benchmark order categorize evaluate calculation results. A dedicated comparison between cases conducted, striving properly assess models' accuracy. notable findings obtained models examined designate requirement subsequent enlighten dynamic behavior.