AbstractWith an increasing competition in the solar market, most cell manufacturers are moving towards aggressive reduction in direct material cost, while still committed to improve cell efficiency. Although front side silver metallisation has always been part of cell efficiency optimisation, recent focus has been heavily shifted to reducing the paste consumption as well while maintaining the contact quality in a vast range of emitters. Therefore, this challenge relies greatly on paste manufacturers to produce low resistivity materials and on choosing the right screen mesh, print layout and emulsion thickness to optimise efficiency at a reduced cost. The purpose of this study is to identify cell parameters trends with respect to changes in ...
The development of cost-effective and highly efficient solar cells is a primary goal of current rese...
For a prolonged period, the photovoltaic industry has been on the brink of transition towards improv...
Screen-printed n(+)-p-p(+) solar cells were fabricated on Cz single crystalline Si material, with a ...
AbstractWith an increasing competition in the solar market, most cell manufacturers are moving towar...
AbstractAs the PV industry strives toward grid parity, the driving factor for cell manufacturers is ...
Light-induced plating (LIP) has been used to evaluate solar cells screen-printed on 28 mm × 28 mm mu...
Production steps of crystalline silicon solar cells include several physical and chemical processes ...
This Ph.D. thesis is focused on the development and optimization of front and rear side metallizatio...
Abstract: Screen printing is commonly used to form the front/back electrodes in silicon solar cell. ...
The screen printed contact quality influences directly the mono-crystalline silicon solar cells effi...
AbstractWith decreasing module prices on the spot market, the cost of silver is getting more and mor...
High efficiency silicon solar cells generally require sophisticated and complex processing sequences...
The high usage of silver in industrial solar cells may limit the growth of the solar industry. One s...
The objective of this study is analysing the characteristics of five different solar cell technologi...
Multicrystalline p-type wafers from 100% UMG-Si feedstock were used for two cell processes. The best...
The development of cost-effective and highly efficient solar cells is a primary goal of current rese...
For a prolonged period, the photovoltaic industry has been on the brink of transition towards improv...
Screen-printed n(+)-p-p(+) solar cells were fabricated on Cz single crystalline Si material, with a ...
AbstractWith an increasing competition in the solar market, most cell manufacturers are moving towar...
AbstractAs the PV industry strives toward grid parity, the driving factor for cell manufacturers is ...
Light-induced plating (LIP) has been used to evaluate solar cells screen-printed on 28 mm × 28 mm mu...
Production steps of crystalline silicon solar cells include several physical and chemical processes ...
This Ph.D. thesis is focused on the development and optimization of front and rear side metallizatio...
Abstract: Screen printing is commonly used to form the front/back electrodes in silicon solar cell. ...
The screen printed contact quality influences directly the mono-crystalline silicon solar cells effi...
AbstractWith decreasing module prices on the spot market, the cost of silver is getting more and mor...
High efficiency silicon solar cells generally require sophisticated and complex processing sequences...
The high usage of silver in industrial solar cells may limit the growth of the solar industry. One s...
The objective of this study is analysing the characteristics of five different solar cell technologi...
Multicrystalline p-type wafers from 100% UMG-Si feedstock were used for two cell processes. The best...
The development of cost-effective and highly efficient solar cells is a primary goal of current rese...
For a prolonged period, the photovoltaic industry has been on the brink of transition towards improv...
Screen-printed n(+)-p-p(+) solar cells were fabricated on Cz single crystalline Si material, with a ...