Figure 6 - uploaded by Francesco Meneguzzo
Content may be subject to copyright.
Professor Ruud Schropp lecturing at SuNEC 2012, Santa Flavia, September 5 2012: "Ultrathin Thin Film Silicon Solar Cells".
Source publication
Contexts in source publication
Context 1
... same day, Keith Barnham, emeritus Professor at London's Imperial College, gave a remarkable talk on the latest developments concerning 3 rd generation solar cells based on the triple-junction (III-V) concentrating PV technology using GaAs, developed in his Lab since 1990 ( Figure 6). [14] Figure 6 Professor Keith Barnham lecturing at SuNEC 2012, Santa Flavia, September 5, 2012: "A new approach to highefficiency multi-band-gap solar cells". ...
Context 2
... September 5 2012, Professor Ruud Schropp described a number of ultrathin thin film silicon solar cells developed at his Labs, first at Utrecht University, and more recently to the new ECN Labs in Eindhoven, where part of his team recently accepted to relocate ( Figure 6). Professor Schropp's presentation ranged from the remarkable 8% efficiency of hydrogenated Si solar cells deposited over Ag-coated ZnO nanorods long 25 nm, to tandem a-Si/nc-Si cells based on plasmonic back reflectors. ...
Context 3
... same day, Keith Barnham, emeritus Professor at London's Imperial College, gave a remarkable talk on the latest developments concerning 3 rd generation solar cells based on the triple-junction (III-V) concentrating PV technology using GaAs, developed in his Lab since 1990 ( Figure 6). [14] Figure 6 Professor Keith Barnham lecturing at SuNEC 2012, Santa Flavia, September 5, 2012: "A new approach to highefficiency multi-band-gap solar cells". ...
Context 4
... September 5 2012, Professor Ruud Schropp described a number of ultrathin thin film silicon solar cells developed at his Labs, first at Utrecht University, and more recently to the new ECN Labs in Eindhoven, where part of his team recently accepted to relocate ( Figure 6). Professor Schropp's presentation ranged from the remarkable 8% efficiency of hydrogenated Si solar cells deposited over Ag-coated ZnO nanorods long 25 nm, to tandem a-Si/nc-Si cells based on plasmonic back reflectors. ...
Similar publications
Eight Views of the Sun Setting on the South Pacific
Roof mounted solar panels come in form of fixed panels, unable to adjust to sun’s position during day and throughout the year. As an effect, the efficiency of such solution is usually dependent on the roof slope and position of the building in relation to sun’s day arc during seasons. These problems can be bypassed in free standing solar installati...
