AbstractWe recently demonstrated at imec a relatively simple process sequence for the formation of copper based front contacts consisting of: i) defining the front contact pattern by laser ablation ii) plating of the contacts using Ni/Cu/Ag in a single plating sequence and finally iii) contact sintering. In this paper, we conduct a power loss analysis of the best 20.5% (confirmed by ISE CalLab) PERC solar cell produced on 125mm magnetically pulled CZ (m-CZ) Si with Ni/Cu/Ag contacts. Based on this power loss analysis, we estimate potential improvements in cell design enabling >21% energy conversion efficiencies
This paper summarizes the results of the project “MASSE”, which focused on the research and developm...
AbstractWe have achieved 21% large-area conversion efficiency with PERL (passivated emitter, rear lo...
Copper plated contacts have the potential to become the dominant front metallization technology over...
AbstractThis work focuses on using copper (Cu) as the main conductor as an alternative to standard s...
Until today, most industrial c-Si solar cells have been limited by front emitter and front metal con...
Until today, most industrial c-Si solar cells have been limited by front emitter and front metal con...
The loss analysis of state-of-the-art p-type Czochralski-grown silicon passivated emitter and rear s...
The challenges of global warming and the need to curb man-made carbon emissions requires us to switc...
PERC solar cells with a rear contact by laser firing (LFC) have shown to be a valid processing conce...
AbstractThis work focuses on using copper (Cu) as the main conductor as an alternative to standard s...
Solar power generation is largely dominated by photovoltaic (PV) systems which directly convert the ...
AbstractN-type PERT (passivated emitter rear totally diffused) silicon solar cells promise high and ...
AbstractThis paper investigates by means of finite-elements and SPICE simulation the further improve...
A loss analysis is carried out for monocrystalline large-area p-type metal wrap through passivated e...
The purpose of this research is to identify the production processes and working principles of passi...
This paper summarizes the results of the project “MASSE”, which focused on the research and developm...
AbstractWe have achieved 21% large-area conversion efficiency with PERL (passivated emitter, rear lo...
Copper plated contacts have the potential to become the dominant front metallization technology over...
AbstractThis work focuses on using copper (Cu) as the main conductor as an alternative to standard s...
Until today, most industrial c-Si solar cells have been limited by front emitter and front metal con...
Until today, most industrial c-Si solar cells have been limited by front emitter and front metal con...
The loss analysis of state-of-the-art p-type Czochralski-grown silicon passivated emitter and rear s...
The challenges of global warming and the need to curb man-made carbon emissions requires us to switc...
PERC solar cells with a rear contact by laser firing (LFC) have shown to be a valid processing conce...
AbstractThis work focuses on using copper (Cu) as the main conductor as an alternative to standard s...
Solar power generation is largely dominated by photovoltaic (PV) systems which directly convert the ...
AbstractN-type PERT (passivated emitter rear totally diffused) silicon solar cells promise high and ...
AbstractThis paper investigates by means of finite-elements and SPICE simulation the further improve...
A loss analysis is carried out for monocrystalline large-area p-type metal wrap through passivated e...
The purpose of this research is to identify the production processes and working principles of passi...
This paper summarizes the results of the project “MASSE”, which focused on the research and developm...
AbstractWe have achieved 21% large-area conversion efficiency with PERL (passivated emitter, rear lo...
Copper plated contacts have the potential to become the dominant front metallization technology over...