United Kingdom found that the manufacture of thin film solar cells of new technologies
By University Materials Research Institute Hill research team led by Professor Arthur transform one into the glass industry has been widely used, known as method of magnetron sputtering (magnetron sputter) material and deposition technology to create a selenide copper-indium (CIS) selenide and copper indium gallium (CIGS) cells and thin-film solar.
The group received an additional year of education fund Joule Center to continue with North West manufacturer General vacuum research and development.
Note Professor Hill copper-selenide Indium (CIS) selenide and copper indium gallium (CIGS) solar cells based on silicon-based solar cells an attractive alternative because they require less equipment manufacturing and absorbed solar energy and resist good radiation characteristics.
However, manufacturing past, complex and expensive process hindered the thin film solar cells be used.
To make the battery in copper, indium, gallium and selenium ratio is correct, need to be very precise process. In the manufacture of thin film out, these proportions may change, affecting the ability to absorb energy. The method of magnetron sputtering enables the proportion of different materials, more reliable.
The manufacturing technology has been widely used in the film applied to glass, using the vacuum method and the magnetic field to ensure that the film material is applied evenly on the ground.
Professor Hill is currently carried out by application of thin film solar panel research and development, although only the laboratory scale, but the manufacturing technology has been widely used in practice is the maker of glass thin film solar cells used for be relatively easy and at low cost.
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