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Volumn 37, Issue 1, 2012, Pages 37-44
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Life cycle assessment of two different 2 MW class wind turbines
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Author keywords
CO2; Energy payback time; LCA; Life cycle assessment; Turbine materials; Wind turbine
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Indexed keywords
AVERAGE ENERGY;
CARBON DIOXIDE EMISSIONS;
CUMULATIVE ENERGY;
DENMARK;
ENERGY PAYBACK TIME;
ENERGY REQUIREMENTS;
GERMANY;
GLOBAL EMISSIONS;
INTEGRATED SYSTEMS;
LCA;
LIFE CYCLE ASSESSMENT;
LIFE PERIOD;
LIFE-CYCLE ASSESSMENTS;
MATERIAL AND ENERGY BALANCES;
MATERIAL USAGE;
NO EMISSIONS;
NON-RENEWABLE;
OPERATION PERFORMANCE;
RECYCLING OF MATERIALS;
SIMULATION SOFTWARE;
SOURCES OF ENERGY;
TOTAL LIFE;
WIND ENERGY PLANTS;
WIND TECHNOLOGY;
CARBON DIOXIDE;
COMPUTER SOFTWARE;
ELECTRIC UTILITIES;
ENVIRONMENTAL IMPACT;
ENVIRONMENTAL IMPACT ASSESSMENTS;
GLOBAL WARMING;
MANUFACTURE;
RATING;
WIND POWER;
WIND TURBINES;
LIFE CYCLE;
CARBON DIOXIDE;
ENERGY BALANCE;
ENVIRONMENTAL IMPACT ASSESSMENT;
LIFE CYCLE ANALYSIS;
NONRENEWABLE RESOURCE;
PERFORMANCE ASSESSMENT;
QUANTITATIVE ANALYSIS;
RENEWABLE RESOURCE;
SOFTWARE;
TECHNOLOGICAL DEVELOPMENT;
WIND POWER;
WIND TURBINE;
CHINA;
DENMARK;
GERMANY;
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EID: 79961128080
PISSN: 09601481
EISSN: None
Source Type: Journal
DOI: 10.1016/j.renene.2011.05.008 Document Type: Article |
Times cited : (207)
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References (6)
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