Energy Estimation of Wind Regimes by Rayleigh Based Approach
Description
Accessing the energy available in the wind regime prevailing at a site is one of the preliminary steps in the planning of a wind energy project. Wind energy density and the energy available in the regime over a period are usually taken as the yard-stiks for evaluating the energy potential. The wind energy density (ED) is the energy available in the regime for a unit rotor area and time. Thus, ED is a function of the velocity and distribution of wind ni the regime. 
Input:
	Mean Velocity, Vm
	Total Time in hour, T
Output:
	The most frequent wind velocity, VFMax
	Velocity contributing the maximum energy, VEMax
	Energy density, ED
	Annual Energy Intensity, EDT
Energy Estimation of Wind Regimes by Rayleigh Based Approach
Mean Velocity, Vm m/s
Total Time in hour, T hours
Calculator Output

The most frequent wind velocity, VFMax = 7.2927 m/s
Velocity contributing the maximum energy, VEMax = 14.5853 m/s
Energy density, ED = 0.8968 kW/m2
Annual Energy Intensity, EDT = 645.725 kWh/m2