Wayne Hicks, NREL08.30.21
On a clear night, Kaitlyn VanSant will be able to watch her work whiz by. Knowing the success of her project, however, will have to wait until her tiny, temporary addition to the International Space Station returns to Earth.
"My family and I have definitely been looking up at night more frequently," said VanSant, who earned her doctorate from the Colorado School of Mines in materials science last year. Now a postdoctoral researcher with NASA, VanSant holds a unique collaborative appointment at the National Renewable Energy Laboratory (NREL).
The pairing of NREL and NASA continues a long-standing alliance between solar power and space. Specialized photovoltaic (PV) panels turned to the sun have been used to generate electricity for Mars rovers and space probes, but the manufacturing costs of these high-efficiency solar cells are too high for use on Earth. Researchers at NREL are testing ways to bring those costs down for terrestrial applications and transforming how PV technologies could work in space as well.
The latest test will evaluate the potential use of perovskite solar cells in space and asses
"My family and I have definitely been looking up at night more frequently," said VanSant, who earned her doctorate from the Colorado School of Mines in materials science last year. Now a postdoctoral researcher with NASA, VanSant holds a unique collaborative appointment at the National Renewable Energy Laboratory (NREL).
The pairing of NREL and NASA continues a long-standing alliance between solar power and space. Specialized photovoltaic (PV) panels turned to the sun have been used to generate electricity for Mars rovers and space probes, but the manufacturing costs of these high-efficiency solar cells are too high for use on Earth. Researchers at NREL are testing ways to bring those costs down for terrestrial applications and transforming how PV technologies could work in space as well.
The latest test will evaluate the potential use of perovskite solar cells in space and asses
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