The determination of suitable process parameters for POCl3 diffusion, with the aim of minimizing emitter recombination and obtaining satisfactory contactability of the homogeneous emitter, is the aim of this study. It can be shown that different emitters with low Rsheet3-diffusion were determined with the help of a design of experiment (DoE). Thus, it is also possible to find optimized diffusion parameters without increasing the sheet resistance of the optimized emitter. To verify the efficiency potential of the emitter, a standard industrial solar cell process is applied, and the outcome is compared with results from simulations using Sentaurus Device. A significant increase in efficiency can be reached, with open circuit voltages >640 mV ...
The combination of Rapid Thermal Processing (RTP) and Screen Printing (SP) of phosphorus pastes has ...
Current industrial monocrystalline Cz Si solar cells based on screen-printing technology for contact...
ABSTRACT: We present an innovative process for the formation of a selective emitter by using an adva...
The advances in contact formation of screen printed Ag pastes and the related progress in emitter pr...
We analyze possibilities and difficulties of forming POCl3-diffused emitters for industrial applicat...
International audienceThe main purpose of this work is to demonstrate the possibility of diffusion p...
In this work the influence of varied diffusion parameters for an industrial open tube POCl3 diffusio...
Abstract: The emitter formation constitutes a crucial step in the manufacturing of the crystalline s...
AbstractIn this work we report on successful direct contacting of high sheet resistance (RSH) emitte...
AbstractTube diffusion is the de facto industry standard for emitter formation for silicon wafer sol...
A systematic experimental study is presented that aims at the optimization of the emitter of high-ef...
The emitter formation in industrial p-type silicon solar cells is generally done by phosphorus diffu...
N-type emitters have been formed in p-type monocrystalline silicon with good uniformity and high pea...
Improvements in emitter passivation as well as back contact passivation lead to several high efficie...
AbstractImprovements in emitter passivation as well as back contact passivation lead to several high...
The combination of Rapid Thermal Processing (RTP) and Screen Printing (SP) of phosphorus pastes has ...
Current industrial monocrystalline Cz Si solar cells based on screen-printing technology for contact...
ABSTRACT: We present an innovative process for the formation of a selective emitter by using an adva...
The advances in contact formation of screen printed Ag pastes and the related progress in emitter pr...
We analyze possibilities and difficulties of forming POCl3-diffused emitters for industrial applicat...
International audienceThe main purpose of this work is to demonstrate the possibility of diffusion p...
In this work the influence of varied diffusion parameters for an industrial open tube POCl3 diffusio...
Abstract: The emitter formation constitutes a crucial step in the manufacturing of the crystalline s...
AbstractIn this work we report on successful direct contacting of high sheet resistance (RSH) emitte...
AbstractTube diffusion is the de facto industry standard for emitter formation for silicon wafer sol...
A systematic experimental study is presented that aims at the optimization of the emitter of high-ef...
The emitter formation in industrial p-type silicon solar cells is generally done by phosphorus diffu...
N-type emitters have been formed in p-type monocrystalline silicon with good uniformity and high pea...
Improvements in emitter passivation as well as back contact passivation lead to several high efficie...
AbstractImprovements in emitter passivation as well as back contact passivation lead to several high...
The combination of Rapid Thermal Processing (RTP) and Screen Printing (SP) of phosphorus pastes has ...
Current industrial monocrystalline Cz Si solar cells based on screen-printing technology for contact...
ABSTRACT: We present an innovative process for the formation of a selective emitter by using an adva...