Dyesol’s Solar Cells Uses Artificial Photosynthesis, Save Energy
Solar Windows Could Slash Energy Loss from Buildings
Windows have traditionally been seen as a weak link in building design. Although they allow essential light into a building, they are a leading culprit for thermal energy loss.
However, all this could be set to change as a result of an exciting new collaboration aiming to reinvent windows as clear, clean energy providers. A team of academics at Queensland University of Technology has teamed up with Dyesol to develop transparent dye-infused solar cells that would significantly reduce building energy costs, and could even allow windows to generate surplus energy to be either stored or sold.
The development has been hailed by some as the most promising advance in solar cell technology since the invention of the silicon cell.
Dyesol’s solar cells use innovative technology called "artificial photosynthesis," where a dye works in much the same way as chlorophyll to absorb light and produce electricity.
More from here
Windows have traditionally been seen as a weak link in building design. Although they allow essential light into a building, they are a leading culprit for thermal energy loss.
However, all this could be set to change as a result of an exciting new collaboration aiming to reinvent windows as clear, clean energy providers. A team of academics at Queensland University of Technology has teamed up with Dyesol to develop transparent dye-infused solar cells that would significantly reduce building energy costs, and could even allow windows to generate surplus energy to be either stored or sold.
The development has been hailed by some as the most promising advance in solar cell technology since the invention of the silicon cell.
Dyesol’s solar cells use innovative technology called "artificial photosynthesis," where a dye works in much the same way as chlorophyll to absorb light and produce electricity.
More from here
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