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LEARN MORE ABOUT OUR TECHNOLOGY AND THE SPACE INDUSTRY
Our work builds on important research from NASA and the University of Surrey. These studies help shape the future of space power technology.
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Surrey researchers collaborate with Space Power on laser beaming satellite power technology. This innovative project develops a new way to deliver continuous energy to satellites in orbit, solving one of the biggest limitations of traditional solar power.
TeDe, our terrestrial demonstrator, showcases the potential of our laser beams on Earth. But next year, we’re heading into orbit…
Space exploration technology needs a second sun to thrive
Space exploration technology is too dependent on the Sun for energy. Fortunately, Space Power’s patented laser powerbeams can change that for good.
What Makes Our Engineered Power So Special?
Our engineered power is a game changer for the space industry. So, if you’re left wanting to learn more, you should definitely have a read of this.
How Are Satellites Powered In Space
In 2019, during the ESA Power Workshop, engineers confronted the dilemma of limited solar power for spacecraft. Unable to boost the Sun’s intensity or enlarge solar panels indefinitely, they turned
Zeitgeist: The Sun is too Important to Spacecraft
Satellites, the silent workhorses of our modern world, rely heavily on solar energy to power their instruments and systems. Take the International Space Station (ISS), for example—it boasts the largest
How Ikigai Shapes Space Power’s Unique Company Culture
“A reason for being.“ At Space Power, we believe that our company culture is just as important as the technology we’re developing. Moreover, we’ve built our culture around the concept