Life Cycle Analysis [Life Cycle Emission]
Description
The Lyfe Cycle Analysis consists of five stages.
  1. Setting the goal or scope
  2. Formulate the assumptions
  3. Inventory analysis
  4. Impact assessment
  5. Interpretation & design improvement.
Wind energy do not pose the threat of atmospheric emission during its energy generation phase. However, energy in various forms is being consumed during the construction, commissioning and decommissioning phases of the project. In the Lyfe Cycle Emission analysis, we account emissions during all these phases of the turbine's life cycle. 
Input:
	Number of Turbine
	Turbine Rated Power, PR
	Cut-in Velocity, VI
	Rated Velocity, VR
	Cut-out Velocity, VO
	Ideal Velocity Power Proportionality, n
	Shape Parameter, k
	Scale Parameter, c
	Total Time in Year, L
Output:
	Capacity Factor, CF
	Energy Output From Single Turbine, ET
	Specific Emissions
Life Cycle Analysis [Life Cycle Emission] by Weibull Based Approach
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  
Shape Parameter, k  
Scale Parameter, c m/s
Total Time in Year, L years

Materials Quantity, kg

Emission from different material used for 600 kW land based wind turbine
Materials Quantity SO2 NOX CO2 N2O CH4 NMVOC CO
63460
1780
740
1320
2400
14400
339000
0

Emission due to the disposal of materials
Materials Quantity SO2 NOX CO2 N2O CH4 NMVOC CO
2400
840

Calculator Output
Emission for 600 kW land based wind turbine
Materials SO2 NOX CO2 N2O CH4 NMVOC CO

Emission from different material used
Steel 920.17 602.87 146370.49 4.44 2.54 10.15 59.02
Aluminum 37.38 23.14 6111.63 0.19 0.12 0.26 1.33
Copper 26.35 17.16 4836.64 0.14 0.12 0.19 1.16
Glass 1.15 3.18 766.92 0.01 0.05 0.2 0.87
Polyster and epoxy 54.98 35.3 9458.4 0.29 0.19 0.48 2.64
Reinforced iron 209.95 128.02 44841.6 1.3 0.86 2.59 22.61
Concrete 3.39 847.5 238317 0 0 0 0
Lead 0 0 0 0 0 0 0
Total 1253.37 1657.17 450702.68 6.37 3.88 13.87 87.63

Emission due to the disposal of materials
Materials SO2 NOX CO2 N2O CH4 NMVOC CO
Polyster and epoxy 8.64 14.4 11232 0.38 0.58 0.86 210.05
Micellaneous 3.02 5.04 3931.2 0.13 0.2 0.3 73.52
Total 11.66 19.44 15163.2 0.51 0.78 1.16 283.57

Grand Total


1265.03
1676.61
465865.88
6.88
4.66
15.03
371.2

Energy Output From Single Turbine, ET = 1761.3900450831 MWh/year
The Capacity Factor, CF = 0.33511987159115
Total Energy Output From 1 Turbine(s), ET = 1761.3900450831 MWh
Total Energy Output From 1 Turbine(s) in 20 year(s) = 35227.800901662 MWh

Specific emissions from a 600 kW turbine
Pollutant gm/kWh
SO2 0.03590999
NOX 0.04759338
CO2 13.22438154
N2O 0.0001953
CH4 0.00013228
NMVOC 0.00042665
CO 0.01053713