Space-based computing offers easy access to solar power but presents its own environmental challenges To hear Silicon Valley ...

The system is based on a highly compact and flexible ultrathin soft solar blanket that acts as the collection panel and can unroll once the satellite reaches orbit. As it does so, a 3D printer system ...

In the late 1960s, an engineer named Peter Glaser floated a wild idea: what if we launched giant solar panels into orbit and beamed the power back to Earth? At the time, it sounded like something out ...

The energy sent is low-intensity, invisible infrared light, which allows ground-based solar projects to generate power even ...

(CN) — Beyond the confines of earthly methods, a research team in Europe thinks the continent can meet climate change goals with solar panels in space. Currently, Europe’s decarbonization efforts ...

The stealthy startup plans to use a network of satellites to harvest sunlight and send it to Earth using infrared lasers.

Energy is the largest operational expense for terrestrial data centers, often accounting for 40% to 60% of annual costs. Hyperscale facilities can spend $5 to 10 million per year on electricity alone.

Solestial, a manufacturer of lightweight, radiation-hardened silicon PV products for space, has received $1.2 million to fund the development of a novel solar array wing concept for small satellites ...

Orbital solar power faces a $20 billion Cassiopeia build cost, giving you a clear view of where it could pay off first in practice. The design and ...

A space solar power startup has emerged from stealth after demonstrating a key technology for its plans to transmit power ...

Overview Energy's new space-based solar power concept leverages existing solar farm infrastructure to harvest sunlight 24/7.

Idemitsu Kosan Co.,Ltd. (“Idemitsu”), a leader in energy and advanced materials with longstanding expertise in solar technologies, and Source Energy Company (“Source”), an emerging supplier of ...