Apollo’s lightweight panels put roof load in the spotlight
A company-materials briefing examines what a lightweight solar module changes—and why lower weight still leaves installation questions to answer.
Research, materials and new approaches—with a closer look at what the evidence supports.
9 stories
A company-materials briefing examines what a lightweight solar module changes—and why lower weight still leaves installation questions to answer.
At Ben-Gurion University, researchers ask what happens after the best efficiency measurement. Their work follows perovskite cells through changing light, heat and nights.
Early observations at UC Davis show why crop protection and crop growth must be measured together.

A Fresno water-treatment plant is trying a design that removes the steel rack. The engineering story moves from supporting panels to managing an entire site.

A Hebrew University team explored flexible, partly transparent solar cells. Their 2023 study opens a design question: how can a window generate electricity and still function as a window?
Seven entries, different roles: national research, regional trials, laboratory services and a supporting foundation—with links to check the work behind each name.

The Space Frontier Foundation plans a Washington symposium on 30 September 2026. Demonstrations and cost studies show why the conversation still centres on development.

Trinasolar reports a 907-watt tandem module. The result is a useful opening into how solar cells share the spectrum—and what still separates a test from a dependable product.
MarketsandMarkets projects a larger market by 2031. The announcement offers a starting point for understanding a marine technology, not a measure of electricity already supplied.