Researchers at the University of New South Wales in Australia have produced a photovoltaic system that is capable of converting over 40% of sunlight into electricity. This effectively renders it the photovoltaic system with the highest solar efficiency.
The system's incredible solar efficiency was made possible due to a combination of technologies including high-efficiency photovoltaic cells from Spectrolab -- a subsidiary of Being -- and so-called 'power-tower' concentrators from RayGen Resources of Australia.
While testing the photovoltaic system, the researchers used focused sunlight. This sort of sunlight input is especially relevant to the kinds of photovoltaic power towers being developed in Australia.
The next step is to conduct pilot scale demonstrations using the photovoltaic systems and, in the long run, leverage their technology to make commercial solar plants more efficient.
What Makes This Trend Stand Out
- High-efficiency Photovoltaic Cells
- Opportunity to develop and market high-efficiency photovoltaic cells for improved solar energy conversion.
- Power-tower Concentrators
- Potential for innovation in the development and production of power-tower concentrators for enhanced solar energy harnessing.
- Commercial Solar Plants
- Disruptive innovation opportunities in the improvement of commercial solar plants through the integration of advanced photovoltaic technology.
Sectors Adopting This
- Renewable Energy
- Opportunities for disruptive innovation in the renewable energy industry by leveraging high-efficiency photovoltaic cells and power-tower concentrators.
- Solar Power
- Innovation possibilities in the solar power industry through the development and deployment of advanced photovoltaic systems.
- Energy Technology
- Potential for disruptive innovation in the energy technology sector by improving the efficiency of commercial solar plants.
