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Crystalline silicon solar cellsAs snowstorms sweep the country, researchers at Sandia National Laboratories are warming up our winter blues with the creation of these gorgeous snowflake-shaped photovoltaic cells. The glitter-sized solar sequins are made from crystalline silicon and use <b>100 times less material to generate the same amount of electricity</b> as standard solar cells made from 6-inch square solar wafers. Perfect for soaking up the sun's rays on unusual shapes and surfaces, the solar cells are expected to be <b>less expensive</b>, <b>more efficient</b>, and have promising applications in textiles and clothing.1
Crystalline silicon solar cellsAs snowstorms sweep the country, researchers at Sandia National Laboratories are warming up our winter blues with the creation of these gorgeous snowflake-shaped photovoltaic cells. The glitter-sized solar sequins are made from crystalline silicon and use <b>100 times less material to generate the same amount of electricity</b> as standard solar cells made from 6-inch square solar wafers. Perfect for soaking up the sun's rays on unusual shapes and surfaces, the solar cells are expected to be <b>less expensive</b>, <b>more efficient</b>, and have promising applications in textiles and clothing.2
Crystalline silicon solar cellsAs snowstorms sweep the country, researchers at Sandia National Laboratories are warming up our winter blues with the creation of these gorgeous snowflake-shaped photovoltaic cells. The glitter-sized solar sequins are made from crystalline silicon and use <b>100 times less material to generate the same amount of electricity</b> as standard solar cells made from 6-inch square solar wafers. Perfect for soaking up the sun's rays on unusual shapes and surfaces, the solar cells are expected to be <b>less expensive</b>, <b>more efficient</b>, and have promising applications in textiles and clothing.3
