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Oxford scientists develop ultra-thin solar coating for efficient energy harvesting

Oxford scientists develop ultra-thin solar coating for efficient energy harvesting

Oxford scientists develop ultra-thin solar coating for efficient energy

Researchers at Oxford University's physics department have created an innovative ultra-thin, flexible material designed to absorb light with remarkable efficiency. This micro-thin coating is incredibly thin, allowing it to be easily applied to a wide range of surfaces, including buildings and various objects. Its design enables it to blend seamlessly with different structures without affecting their appearance or functionality.

The material's advanced light-absorbing properties allow it to generate nearly double the energy output compared to traditional solar panels.

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The secret behind this innovation lies in perovskites—a class of materials that surpass traditional silicon-based panels in solar energy absorption. Unlike their silicon counterparts, perovskites feature light-absorbing layers adept at capturing a broader spectrum of sunlight, translating to enhanced energy generation.

Ultra-thin and versatile

Remarkably, this solar coating measures just over one micron in thickness, rendering it 150 times thinner than the silicon wafers commonly used today. Its versatility doesn't end there, the material can be printed onto diverse surfaces, including plastics and paper, utilising techniques similar to inkjet printing.

The advent of this technology addresses longstanding challenges associated with ground-based solar farms, which often occupy vast tracts of land and spark conflicts with the agricultural sector. By enabling solar energy harvesting from existing structures, Oxford's innovation promises to alleviate land use disputes and potentially reduce energy costs.

Commercial potential and future prospects

Henry Snaith, Professor of Renewable Energy at Oxford University's Physics Department, who leads the team, highlighted the commercial potential of their development. He foresees broad applications in industries like construction and automotive manufacturing, marking the beginning of a new era in sustainable energy solutions.

‘The latest innovations in solar materials and techniques demonstrated in our labs could become a platform for a new industry, manufacturing materials to generate solar energy more sustainably and cheaply by using existing buildings, vehicles, and objects, he stated.

(With inputs from agencies)