Publicaties

Skip Navigation Links.
Recent verschenen
Expand per documenttypeper documenttype
Collapse per Unitper Unit
Expand Business DevelopmentBusiness Development
Expand Biomass & Energy EfficiencyBiomass & Energy Efficiency
Expand BeleidsstudiesBeleidsstudies
Expand Corporate CommunicationsCorporate Communications
Expand CorporateCorporate
Expand Environment & Energy EngineeringEnvironment & Energy Engineering
Expand Program DevelopmentProgram Development
Expand Quality Safety Health and EnvironmentQuality Safety Health and Environment
Expand Strategy & PlanningStrategy & Planning
Expand WindenergieWindenergie
Collapse Zonne-energieZonne-energie
2018
2017
2016
2015
2014
2013
2012
2011
2010
2009
2008
2007
2006
2005
2004
2003
2002
2001
2000
1999
1998
1997
Expand per Clusterper Cluster

Zoeken naar publicaties:
Beperk het zoeken tot de velden:

ECN publicatie:
Titel:
Metallisation patterns for interconnection through holes
 
Auteur(s):
Burgers, A.R.; Bultman, J.H.; Tip, A.C.; Sinke, W.C.
 
Gepubliceerd door: Publicatie datum:
ECN Zonne-energie 1-2-2000
 
ECN publicatienummer: Publicatie type:
ECN-RX--99-031 Artikel wetenschap tijdschrift
 
Aantal pagina's:
6  

Gepubliceerd in: Solar Energy Materials & Solar Cells (Elsevier), , , Vol., p.-.

Samenvatting:
ECN has developed a new cell and module design for crystalline siliconsolar cells called PUM (pin-up module). In this design a limited number of holes (typically 9 or 16) is used to interconnect the front side metallization to a foil at the rear side by using pins. In this way the bus bars and tabs at the front side are eliminated resulting in several important benefits. The efficiency of the cell becomes independent of the cell area and the efficiency is higher compared to standard tabbed cells. Another benefit is the visual appearance. In this paper we discuss the design of the metallization pattern for the cells. A theoretical analysis is presented that shows the gains of the PUM design over conventional cells. 10 refs.


Terug naar overzicht.