Towards a Type II CivilizationCollect sunlight.
Power nodes harvest solar energy in a higher orbit, above the customer spacecraft they serve.
ENERGY BEYOND EARTH
We’re building a power network for space. Solar energy, delivered to customer spacecraft.
01 / THE VISIONPOWER IS POSSIBILITY
The next frontier needs a new grid.
Every spacecraft carries a ceiling on what it can do: the power it launched with.
We’re developing shared energy infrastructure that moves power to spacecraft when and where it’s needed. More energy for ambitious missions. A foundation for what comes next.
Discover the architecture↗SUNLIGHT→Star Flux→NEW POSSIBILITIES
02 / THE ARCHITECTURECOLLECT. DIRECT. DELIVER.
A network powered by the Sun.
Power generation and power consumption no longer need to happen on the same spacecraft.
Transmit by light.
Optical links deliver energy from the higher-orbit node to compatible receivers on customer satellites and spacecraft below.
Extend possibility.
Additional power gives future missions more room to operate, compute and explore.
Architecture under development. Visuals illustrate the concept; spacecraft separations are compressed for visibility. Visible beams and traveling highlights illustrate energy delivery, not the appearance or speed of light in vacuum.
03 / THE FRONTIERSTART IN ORBIT. THINK BEYOND IT.
Energy for what comes next.
Radar.
Additional power for radar payloads, supporting longer observation windows and more ambitious Earth-sensing missions.
SYNTHETIC APERTURE RADARAI compute.
Energy for onboard processors to analyze sensor data in orbit and turn observations into useful intelligence.
PROCESSING IN ORBITCommunications.
More power available to communications payloads, supporting the next generation of high-capacity satellite networks.
SATELLITE CONNECTIVITYOUR AMBITION
Where we go next, energy goes with us.
Back to the network↑Contact ussaurabh@starflux.space