The most significant environmental advantage of wind energy is that it does not load the atmosphere with toxic chemicals. In contrast, the conventional power plants operating on fossil fuels release gases like sulphur dioxide, carbon dioxide and oxides of nitrogen during the energy conversion process. Similarly, particulates and toxic heavy metals which affect the environment adversely are also being generated during this process.

Input:
	Number of Turbine
	Turbine Rated Power, PR
	Cut-in Velocity, VI
	Rated Velocity, VR
	Cut-out Velocity, VO
	Ideal Velocity Power Proportionality, n
	Total Time in hour, T
	Efficiency, h
	Shape Parameter, k
	Scale Parameter, c
Output:
	Capacity Factor, CF
	Total Energy Output From All Turbine, ET
	Environmental Benefits of Wind Energy

Number of Turbine
Turbine Rated Power, PR		MW
Cut-in Velocity, VI		m/s
Rated Velocity, VR		m/s
Cut-out Velocity, VO		m/s
Ideal Velocity Power Proportionality, n
Total Time in hour, T		hours
Efficiency, h
Shape Parameter, k
Scale Parameter, c		m/s

Energy Output From Single Turbine, E_T = 2389.3747 MWh
The Capacity Factor, C_F = 0.2728
Total Energy Output From 5 Turbine(s), E_T = 11946.8737 MWh

Environmental Benefits of Wind Energy for Given Data

Actual Energy Output From 5 Turbine(s), = 10752 MWh

Comparing with Coal Based Power Plant [Following amount of Harmful Emission is Saved]

Curbon Dioxide, CO2	=	8924160 kg
Nitrous Dioxide	=	645 kg
Sulphur Dioxide, SO2	=	6451 kg
NOX	=	22579 kg
Partuculates	=	1075 kg