Energy Estimation of Wind Regimes by Weibull 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:
	Shape Parameter, k
	Scale Parameter, c
	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 Weibull Based Approach
Shape Parameter, k  
Scale Parameter, c m/s
Total Time in hour, T hours
Calculator Output

The most frequent wind velocity, VFMax = 5.6139 m/s
Velocity contributing the maximum energy, VEMax = 9.7192 m/s
Energy density, ED = 0.2871 kW/m2
Annual Energy Intensity, EDT = 2514.8563 kWh/m2