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Life cycle assessment of building integrated photovoltaics for Zero Emission Buildings

Arefayne, Trhas Asmelash
Master thesis
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URI
http://hdl.handle.net/11250/2372510
Date
2015
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  • Institutt for energi og prosessteknikk [2706]
Abstract
In this thesis the life cycle of a building integrated PVs has been evaluated to estimate the life

cycle CO2 emissions and other relevant impact categories of multi and mono-si wafers. The

environmental impact for producing a unit square meter of BIPV multi and nono-si wafers are

also analyzed. In addition, the five common types of impact categories of, Climate change,

Ozone depletion, Human toxicity, Particulate matter formation and Fresh water ecotoxicity,

were analyzed in view producing the functional. By comparing the life cycle assessment of the

two PV types, the electricity generated by Mono-si results more of pollution compared to Multisi

wafer. Moreover, PV sizing analysis has been made by considering a household functional

unit. The sizing analysis has considered six poli si and one mono si PV modules.
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NTNU

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