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Penn State

Lithium metal enabler for low temperature batteries

Scientists in the United States demonstrated a new route to improving battery performance. The group integrated a self-assembling layer which forms on the surface of the anode, preventing the formation of dendrites. While their prototype has a very short lifetime, the group is convinced approach could lead to better performing batteries, and is particularly promising for low temperature applications.

Another route to high performance perovskites

Scientists at Pennsylvania State University have developed a new class of perovskite materials, which they say exhibits unique properties that could have several implications for the development of perovskite solar cells, as well as other electronic applications.

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U.S. university CPV system outperforms silicon by 54% in test

A single-cell concentrating photovoltaic system developed by researchers at Penn State University reportedly reached 30% efficiency, and generated 54% more energy during a two-day test than a commercial silicon solar in the same conditions.

Penn State researchers develop low-cost solar cell

A research team at Penn State University has developed solar cells of up to 17% efficiency using a simplified concept requiring only one semiconductor material. Thanks to their potential for low-cost production, the researchers theorize that the cells could be used to provide power to energy poor communities the world over.

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