A simple method with analytical model to extract heterojunction solar cell series resistance components and to extract the A-Si: H (i/p) to transparent conductive oxide …
EC Wang, AB Morales-Vilches, S Neubert… - AIP Conference …, 2019 - pubs.aip.org
Silicon heterojunction (SHJ) solar cell technology has the potential to be the next
mainstream industrial solar cell design due to its high efficiency and lean production process
with only four main process steps. While two-side contacted SHJ cells have very high open
circuit voltages (Voc)> 740 mV, they tend to be lower in short circuit current density (Jsc) and
fill factor (FF). Understanding the series resistance (Rs) components of such cells is crucial
as these cells have two extra TCO/a-Si/Si contact resistances due to the optically absorptive …
mainstream industrial solar cell design due to its high efficiency and lean production process
with only four main process steps. While two-side contacted SHJ cells have very high open
circuit voltages (Voc)> 740 mV, they tend to be lower in short circuit current density (Jsc) and
fill factor (FF). Understanding the series resistance (Rs) components of such cells is crucial
as these cells have two extra TCO/a-Si/Si contact resistances due to the optically absorptive …
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