ACV OF AN ONSHORE WIND TURBINE SYSTEM WITH A CAPACITY OF 1,5MW - Foze Moungang, Christian de Vigny
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The present document, is related to an initiation of research on the theme is: Analysis and simulation of an onshore wind energy system with a capacity of 1.5MW by the Life Cycle Assessment (LCA) method. This research theme, focused on two objectives: The adoption of the LCA methodology which is the efficient and systematic way to evaluate all the environmental impacts of a system, process or service and then its application to a wind energy system in order to establish the environmental profile of the system's life cycle, and to identify the largest contributors to the impact and the key…mehr

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Produktbeschreibung
The present document, is related to an initiation of research on the theme is: Analysis and simulation of an onshore wind energy system with a capacity of 1.5MW by the Life Cycle Assessment (LCA) method. This research theme, focused on two objectives: The adoption of the LCA methodology which is the efficient and systematic way to evaluate all the environmental impacts of a system, process or service and then its application to a wind energy system in order to establish the environmental profile of the system's life cycle, and to identify the largest contributors to the impact and the key parameters that influence the environmental balance of this system. We therefore performed the system analysis based on mass balance and energy balance data obtained from the literature. Then, using the SIMAPRO software, we performed a simulation.
Autorenporträt
Soy camerunés nacido en 1990. Actualmente estoy estudiando para obtener un doctorado en la Universidad de Yaundé 1 en el Camerún. Me interesa el campo de la energía renovable, especialmente la energía solar. Soy técnico certificado de la SRH de Berlín, profesor de física en una escuela secundaria y miembro activo de ANSOLE (Red Africana para la Energía Solar).