Method for Producing Passivation Layers with Point Contacts for Thin-Film Solar Cells
Simple SummaryContent extracted from patent full text and abstract with AI.
This invention describes a method for creating passivation layers with point contacts for thin-film solar cells. The method forms a porous dielectric layer using spray pyrolysis or spin-coating, then grows conductive metal oxide nanorods within the pores via electrodeposition. These nanorods protrude from one side of the layer to improve electrical contact, while remaining flush on the opposite side.
Use CasesContent extracted from patent full text and abstract with AI.
- Manufacturing advanced thin-film solar cells with improved efficiency
- Fabricating solar panels for residential, commercial, or industrial use
- Enhancing passivation techniques in semiconductor device manufacturing
- Deploying high-performance photovoltaic modules in energy systems
BenefitsContent extracted from patent full text and abstract with AI.
- Improved efficiency of thin-film solar cells by minimizing energy loss at contact points
- Enhanced electrical connectivity through controlled, nanoscale point contacts
- Potentially lower production costs due to scalable fabrication methods like spray pyrolysis and spin-coating
- Better surface passivation, reducing electron-hole recombination losses and increasing solar cell lifespan
Technical Classifications (CPCs)
Main Classifications
Chemistry & Materials Science
Electrical & Electronic Tech
Sub Classifications
Coating Metallic Material
Electrolytic & Electrophoretic Processes
Semiconductor & Solid-State Devices
CPC Codes
Inventors & Applicants
Applicants
Helmholtz Zentrum Berlin für Materialien und En Gmbh
Patent Abstract
Die Erfindung betrifft ein Verfahren zur Herstellung einer Passivierungsschicht mit Punktkontakten für Dünnschichtsolarzellen. Zunächst wird zur Herstellung einer porösen dielektrischen Schicht einer Dicke von 1 nm bis 50 nm die Spraypyrolyse oder Rotationsbeschichtung eingesetzt. In die Poren der porösen Schicht werden Nanostäbchen aus einem leitfähigen Metalloxid mit Elektrodeposition eingewachsen und ragen bei einer Länge von der Schichtdicke der porösen Schicht bis zu 1000 nm aus der Schicht auf einer Seite hinaus und schließen auf ihrer Rückseite bündig mit dieser ab.
Key Information
Publication No.
DE102013113590A1
Family ID
53184967
Publication Date
2015-06-11
Application No.
DE102013113590A
Application Date
2013-12-06
Priority Date
2013-12-06
Granted
No
Possible Cooperation
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