Life Cycle Assessment Selection Criteria of Renewable Energy Systems
Quality and Economic Comparison
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The amount of energy that the world consumes each day is dramatically increasing due to higher standards of living and the constantly increasing world population. The world has also limited fossil fuels and oil resources. As a consequence, the need for renewable energy sources has become more urgent. Solar and wind energy are becoming two of the most primary sources of energy replacing fossil fuels. Their cleanliness, abundance and environmental friendliness have made them the most promising renewable sources of energy. This is why it is important to have a basis of comparison to help investor...
The amount of energy that the world consumes each day is dramatically increasing due to higher standards of living and the constantly increasing world population. The world has also limited fossil fuels and oil resources. As a consequence, the need for renewable energy sources has become more urgent. Solar and wind energy are becoming two of the most primary sources of energy replacing fossil fuels. Their cleanliness, abundance and environmental friendliness have made them the most promising renewable sources of energy. This is why it is important to have a basis of comparison to help investors and stakeholders decide on which system is more appropriate for the current circumstances. A solar PV system and wind turbine system are compared in detail in terms of the impact that they have on the environment during their lifetime using the Life Cycle Assessment approach, which examines each material used in the systems and the effect they have on nature from cradle to grave. The systems are also compared in terms of maintenance plans & costs, and economic value.
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