ASU

Arizona Institute for Renewable Energy
(AIRE)

 
Mission, Contact
Multi-Junctions, Theory, Low Cost
Approach,Capabilities, CO2 Reduction, Bio-inspired Constructs
Catalysts, Fuel Cells
II-IV-V Semiconductors, Nanowires, Metal Complexes
Certification, Fuel Cells, Training, Outreach
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Advanced Photovoltaics Center (APC)

  • APC focuses on disruptive and revolutionary technologies for photovoltaic power conversion based on non-traditional ultra-high efficiency, low cost solar cells
  • Research center leverages ASU’s large scale prototyping capabilities
  • Primary technologies presently being addressed:
  • High efficient and flexible organic/inorganic hybrid solar cells

    Development of an efficient flexible hybrid solar cell having efficiency beyond 10%, that can be fabricated using roll-to-roll (or high throughput) technology

    Nanotechnology-based solar cells integrated with Si: quantum dot, nanowire, and nanocrystalline materials for multiple excitation and photonic cavity structures to enhance the efficiency of single junction cells

    Low cost, thin film, high efficiency multi-junction compound semiconductor solar cells

    Hybrid photovoltaic/thermoelectric energy conversion devices