Environmental impacts of electricity self-consumption from organic photovoltaic battery systems at industrial facilities in Denmark

Abstract

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Cost-competitiveness of organic photovoltaics for electricity self-consumption at residential buildings: A comparative study of Denmark and Greece under real market conditions

“…percentage points, indicating a better match between solar irradiation and the residential electricity consumption in Greece than in Denmark. This is similar to the findings obtained in Denmark when assessing the influence of the electricity consumption profiles on self-sufficiency results of residential, commercial and industrial consumers [53].…”

Environmental Performance of Emerging Photovoltaic Technologies: Assessment of the Status Quo and Future Prospects Based on a Meta-Analysis of Life-Cycle Assessment Studies

“…Nonetheless, for PSC only, three LCA studies enabled the consideration of the additional components. However, in contrast to the literature [50], no tradeoffs of the additional components could be determined since their contributions were less than 5% [37,39,40]. This might be explained by the high impacts resulting from the production of the PSC cells compared with the small contributions of the additional components.…”

“…This might be explained by the high impacts resulting from the production of the PSC cells compared with the small contributions of the additional components. For the other three emerging PVs with lower impacts, the additional components, especially the BOS, showed high contributions to all five KEYIs, ranging from 11% to 48% [50].…”

“…In [50], the consideration of more tradeoffs was highlighted, such as land use or eutrophication. However, for the comparison of emerging PVs, the data coverage is not sufficient (see File S1, Supplementary Materials).…”

Analysis of the Net Metering Schemes for PV Self-Consumption in Denmark

“…As for non-residential self-consumption applications, the life cycle environmental impact of organic PV systems with battery storage is assessed in [18] for different industry sectors in Denmark. In [19] it is presented the model predictive control based energy management of a PV microgrid with battery storage and controllable loads at the Ballen marina in the Danish island of Samsø.…”