- bind
- binding
- collaboration
- conversion
- convert
- coordination
- copper
- copper_based
- costly
- counterparts
- currently
- dioxide
- direct
- discovery
- dye
- dyes
- efficiencies
- efficiency
- efficient
- electrical
- enhancing
- established
- expensive
- family
- inexpensive
- international
- internationally
- junction
- lead
- material
- materials
- practical
- protocols
- ruthenium
- semiconductor
- solar
- somewhat
- strength
- strongly
- 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 materials. Liquid junction solar cells utilise dye materials to capture energy from the sun... REGISTER NOW TO SEE MORE
Direct Conversion of Sunlight to Electricity