Stanford Makes Nanotechnolgy Solar Breakthrough
Chemical engineering Professor Stacey Bent first became interested in a new kind of solar technology two years ago. These solar cells used tiny particles of semiconductors called “quantum dots.” Quantum dot solar cells are cheaper to produce than traditional ones, as they can be made using simple chemical reactions. But despite their promise, they lagged well behind existing solar cells in efficiency.”I wondered if we could use our knowledge of chemistry to improve their efficiency,” Bent said. If she could do that, the reduced cost of these solar cells could lead to mass adoption of the technology. In principle, quantum dot cells can reach much higher efficiency, Bent said, because of a fundamental limitation of traditional solar cells.
Chemical engineering Professor Stacey Bent first became interested in a new kind of solar technology two years ago. These solar cells used tiny particles of semiconductors called “quantum dots.” Quantum dot solar cells are cheaper to produce than traditional ones, as they can be made using simple chemical reactions. But despite their promise, they lagged well behind existing solar cells in efficiency.”I wondered if we could use our knowledge of chemistry to improve their efficiency,” Bent said. If she could do that, the reduced cost of these solar cells could lead to mass adoption of the technology. In principle, quantum dot cells can reach much higher efficiency, Bent said, because of a fundamental limitation of traditional solar cells.
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