The present study concerns a Life Cycle Assessment of the environmental performance of two types of floating wind turbine. Greenhouse gas emissions of two standard models (raft-buoy and spar-buoy, 154 m rotor diameter, 6MW installed power) were estimated in terms of Global Warming Potential (t CO2eq) with the aim of determining a benchmark for evaluating the performance of similar offshore wind farms.
Benchmarking marine energy technologies through LCA: offshore floating wind farms in the Mediterranean / Pulselli RM, Maccanti M, Bruno M, Sabbetta A, Neri E, Patrizi N, Bastianoni S. - In: FRONTIERS IN ENERGY RESEARCH. - ISSN 2296-598X. - ELETTRONICO. - 10:(2022), pp. 902021.1-902021.15. [10.3389/fenrg.2022.902021]
Benchmarking marine energy technologies through LCA: offshore floating wind farms in the Mediterranean.
Pulselli RM;
2022
Abstract
The present study concerns a Life Cycle Assessment of the environmental performance of two types of floating wind turbine. Greenhouse gas emissions of two standard models (raft-buoy and spar-buoy, 154 m rotor diameter, 6MW installed power) were estimated in terms of Global Warming Potential (t CO2eq) with the aim of determining a benchmark for evaluating the performance of similar offshore wind farms.
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