- aim
- attached
- attachment
- bind
- binding
- capture
- cheaper
- coats
- construct
- conversion
- convert
- copper
- costly
- currently
- demonstrates
- dioxide
- direct
- dye
- dyes
- efficient
- electrical
- expensive
- family
- focused
- inexpensive
- internationally
- junction
- material
- materials
- measuring
- metal
- metal_based
- mode
- practical
- preliminary
- preparing
- ruthenium
- semiconductor
- semiconductors
- solar
- substitute
- sun
- sunlight
- surface
- titanium
- utilise
Connecting New Zealand's energy researchers to shape the future
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Energy Funding
Total funding per year
Funding per Taxonomy
Contracts
-
- Contract Number
- UOO508
- Contract Funding
- $495,000
- Number of years
- 3
- Lead Researcher
- Brian Robinson
- Organisation
- University of Otago
- The goal of our research programme is to develop liquid junction solar cells with inexpensive and efficient dye materials based on copper. Liquid junction solar cells utilise metal-based dye material... REGISTER NOW TO SEE MORE
Direct Conversion of Sunlight to Electricity