By NewsBlogger An international team of scientists has developed flexible solar panels using perovskite with record-breaking efficiency. These panels offer significant advancements in renewable energy technology and have potential applications in various industries.
At a glance
- Flexible solar panels developed with record-breaking efficiency
- Convert 11% of the Sun’s energy into electricity
- Ideal for commercial use on curved roofs, awnings, and vehicles
- Printed on bendy rolls using a new technique for easy manufacturing
- Potential applications in disaster relief efforts and space exploration
The details
Scientists from the University of Cambridge, Monash University, the University of Sydney, and the University of New South Wales have developed flexible solar panels using perovskite with record-breaking efficiency.
These solar panels can convert 11% of the Sun’s energy into electricity, a significant advancement in renewable energy technology.
These solar panels’ lightweight and flexible nature makes them ideal for commercial use.
They can be deployed on curved roofs, awnings, and vehicles.
The solar cells were printed on bendy rolls using a new technique, allowing for easy manufacturing and installation.
The Commonwealth Scientific and Industrial Research Organisation (CSIRO) led the research project. The cells were printed using a roll-to-roll technique for large-scale production.
The material used in these solar panels, perovskite, has the potential to significantly increase their efficiency compared to current technologies.
The efficiency achieved in the latest tests far surpasses that of current printed flexible solar panels.
The researchers’ next challenge is to scale up production for mass production, with a focus on collaborating with industry partners to further develop and commercialize the solar panels.
The researchers also believe these innovative solar panels could be useful in disaster relief efforts and space exploration.
The study detailing the new solar panels was published in the journal Nature Communications, showcasing the groundbreaking advancements in renewable energy technology achieved by this international team of scientists.
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| independent.co.uk |
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| – Scientists achieved record-breaking efficiency for flexible solar panels using perovskite – The solar panels can convert 11% of the Sun’s energy into electricity – The panels are lightweight and flexible, suitable for commercial use – They can be deployed on curved roofs, awnings, and vehicles – The international team included scientists from the University of Cambridge, Monash University, the University of Sydney, and the University of New South Wales – The solar cells were printed on bendy rolls using a new technique – The Commonwealth Scientific and Industrial Research Organisation (CSIRO) led the research project – The cells are printed using a roll-to-roll technique for large-scale production – Perovskite has the potential to increase solar panel efficiency significantly – The efficiency achieved in the latest tests is far greater than current printed flexible solar panels – The next challenge is to scale up production for mass production – The researchers believe the solar panels could be used in disaster relief and space exploration – CSIRO is looking to collaborate with industry partners to further develop and commercialize the solar panels – The study detailing the new solar panels was published in the journal Nature Communications |
