Improving Efficiency, Durability & Cost-effectiveness of III-V Semiconductors

Source: Australian Renewable Energy Agency (ARENA)

Project

Closed

This project aims to demonstrate a photo electrochemical system using III-V multi-junction semiconductors through cost-effective epitaxial lift-off techniques that are surface modified for robust operation.How the project worksDirect solar-to-hydrogen conversion presents the most promising technique for achieving both high efficiency and lower costs by eliminating various efficiency loss mechanism

Project Information

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The project "Improving Efficiency, Durability & Cost-effectiveness of III-V Semiconductors" is an infrastructure initiative in the Advanced Electronics, Education, Hydrogen, Solar, Stadium, Government, Water Supply and Storage, Hydro sector, located in N/A, Australia. Taiyo aggregates data from Australian Renewable Energy Agency (ARENA), including information on sponsoring government bodies, EPCs, and contractors.

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Participants

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Status

Original status	closed
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Taiyo last update	00-00-0000
Available timestamps	00-00-0000
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Contact

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Description

Description	This project aims to demonstrate a photo electrochemical system using III-V multi-junction semiconductors through cost-effective epitaxial lift-off techniques that are surface modified for robust operation.How the project worksDirect solar-to-hydrogen conversion presents the most promising technique for achieving both high efficiency and lower costs by eliminating various efficiency loss mechanisms and reducing capital expenditure. ANU will work with MicroLink Devices Inc. and the University of Michigan combining their world leading expertise in epitaxial lift-off and semiconductor photocatalysis, respectively, with III-V semiconductor epitaxial growth expertise of ANU.
Original sub-sector	Obfuscated
Original Currency	USD
Original budget	000000000000000
Procurement method	Obfuscated Data
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Location

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Source

Source reliability	High
Data quality score	100%
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More Details

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Improving Efficiency, Durability & Cost-effectiveness of III-V Semiconductors

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