ASU

Arizona Institute for Renewable Energy
(AIRE)

 
Multi-Junctions,
Theory, Low Cost
Biofuel, CO2 Reduction,
Bio-inspired Constructs,
Biomemitic Catalysts,
Methanogenesis
Fuel Cells, Borohydrides, Catalysts, Ionic Liquids,
Si-Electroplating
II-IV-V Semiconductors, Nanowires, Metal Complexes
Certification, Fuel Cells, Training, Outreach
Know-How, Library, Education
AZ Solar, Forums, Media


Flexible and Low Cost Photovoltaics
phtovolatics
photovoltaics
 
Printed 3rd Generation Solar Cells:
Research Objectives
•Develop and understand materials
and process
  requirements for low cost high throughput
  fabrication including printing approaches.
3rd generation solar cells

Hybrid Approaches: polymer and thin-film silicon hybrid solar cells

Research Objectives
•Tailor the energy levels of organics to allow better
  charge transport and band alignment with Si.
•Better heterojunction across the organic-inorganic
 interface, leading to an enhanced Voc.

 

Novel Electrodes and Reliable Encapsulation

Research Objectives
•Develop low workfunction transparent electrodes.
•Develop materials and device requirements for
 effective moisture and oxygen barrier encapsulation.

 

photovoltaics
photovolatics

Nanostructured Solar Cells

Research Objectives
•Controlled growth of nanosilicon to improve mobility and absorption.
•Develop and optimize solution processed quantum dots and rods based systems.

 

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