In a pilot project the researchers plan to create a portable, dual-axis canopy of approximately 150 square feet that will morph and track the sun to optimize solar energy capture.

A new perovskite tandem solar cell by KIER, developed using rigid glass as a temporary base for the cell, has achieved 23.64% ...

With the initial efficiency of 25.56%, the solar cell retained 85% of its efficiency despite operating for upto 1,000 hours ...

Organic solar cells have great potential in renewable energy, however their long-term stability and operational lifespan are challenges. Organic ...

Building solar panels from "moonglass" could slash rocket transport costs associated with an increased presence on the lunar ...

Using Moon dust to power future space missions may soon become a reality. Scientists have developed a method to create solar ...

The case for having a permanent base on the moon as a staging point for space exploration has been made many times over the years. Actually constructing a real lunar facility presents numerous ...

German scientists believe that power generation for future habitats on the moon could be achieved by manufacturing halide ...

German scientists have proposed power generation for future habitats on the moon could be achieved by manufacturing halide ...

Moon dust is quickly becoming a magic material, from which oxygen and other elements such as titanium can be extracted, that ...

The same dirt that clings to astronauts’ boots may one day keep their lights on. In a study publishing April 3 in the Cell ...

A greenhouse with a perovskite solar cell rooftop led to faster growth and larger leaves in radicchio seedlings ...