A Pacific Northwest-based startup is betting that the future of lighting and clean energy isn't on the ground — it's in orbit.
Reflect Orbital is developing a constellation of space-based mirrors designed to redirect sunlight back to Earth on demand, targeting everything from disaster relief to agriculture to grid-scale solar power. The company plans to launch its first two satellites in 2026, marking the beginning of what it describes as a commercial "sunlight service" available through an app or website.
The concept is deceptively straightforward: mirrors positioned in low Earth orbit intercept sunlight that would otherwise pass by the planet entirely and redirect it toward a designated five-kilometer area on the ground. Customers would be able to order a beam of sunlight — adjustable in intensity from the equivalent of a full moon to midday sun — without any ground infrastructure required.
"About 2.2 billion times more sunlight misses the Earth than hits it," the company notes on its website, framing the technology as a way for humanity to harness solar energy that currently goes entirely unused.
The company's rollout timeline is aggressive. By 2027, it expects to have 36 satellites operational, capable of providing street-level illumination for up to 2.5 hours at a time. By 2030, the constellation would grow to more than 5,000 satellites and offer intensities comparable to full daylight. The long-term vision calls for 50,000 satellites by 2035.
Reflect Orbital sees potential applications across multiple industries. Emergency responders could illuminate disaster zones and search-and-rescue sites without staging equipment. Farmers could extend growing seasons by adjusting natural light cycles. Remote industrial operations could run safely through the night. Cities could supplement or eventually replace streetlight infrastructure altogether.
An energy service is also in development, with the company planning to test whether reflected sunlight can meaningfully boost the output of existing solar farms — potentially adding up to 20 percent additional capacity by 2035.
The company says it will operate strict exclusion zones around astronomy observatories and environmentally sensitive areas, and that light delivery will require approval from local authorities before any beam reaches the ground.