Optical simulations of 4-terminal tandem devices combining two different thin-film top cells with high-efficiency c-Si cells are presented. A methodology for evaluating the efficiency gain of tandem devices shows improvement of 19% IBC cells
Mechanical stacking of a thin film perovskite-based solar cell on top of crystalline Si (cSi) solar ...
Tandem thin-film silicon solar cells offer the prospect of improved spectral matching, and hence inc...
We use simulations to optimize perovskite/silicon tandem solar cells in a novel three-terminal conf...
Optical simulations of 4-terminal tandem devices combining two different thin-film top cells with hi...
Optical simulations of 4-terminal hybrid tandem modulescombining high-efficiency crystalline silicon...
AbstractOptical simulations of 4-terminal hybrid tandem modulescombining high-efficiency crystalline...
Tandem solar cells based on crystalline silicon present a practical route toward low-cost cells with...
Single junction solar cells suffer from two primary loss mechanisms due to spectral mismatch: therma...
International audienceWe present the design of a new architecture of three-terminal photovoltaic tan...
We have performed semi-empirical modelling of amorphous silicon/microcrystalline silicon thin-film s...
A tremendous amount of research in improving the efficiency of the single junction crystalline silic...
This article investigates the optimal efficiency of a photovoltaic system based on a silicon thin fi...
Mechanical stacking of a thin film perovskite-based solar cell on top of crystalline Si (cSi) solar ...
Tandem thin-film silicon solar cells offer the prospect of improved spectral matching, and hence inc...
We use simulations to optimize perovskite/silicon tandem solar cells in a novel three-terminal conf...
Optical simulations of 4-terminal tandem devices combining two different thin-film top cells with hi...
Optical simulations of 4-terminal hybrid tandem modulescombining high-efficiency crystalline silicon...
AbstractOptical simulations of 4-terminal hybrid tandem modulescombining high-efficiency crystalline...
Tandem solar cells based on crystalline silicon present a practical route toward low-cost cells with...
Single junction solar cells suffer from two primary loss mechanisms due to spectral mismatch: therma...
International audienceWe present the design of a new architecture of three-terminal photovoltaic tan...
We have performed semi-empirical modelling of amorphous silicon/microcrystalline silicon thin-film s...
A tremendous amount of research in improving the efficiency of the single junction crystalline silic...
This article investigates the optimal efficiency of a photovoltaic system based on a silicon thin fi...
Mechanical stacking of a thin film perovskite-based solar cell on top of crystalline Si (cSi) solar ...
Tandem thin-film silicon solar cells offer the prospect of improved spectral matching, and hence inc...
We use simulations to optimize perovskite/silicon tandem solar cells in a novel three-terminal conf...
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