Reflect Orbital has secured regulatory approval to launch a prototype mirror designed to redirect sunlight to ground-based solar farms. The move signals a shift in the renewable energy market, as the company prepares to extend the productive hours of solar infrastructure beyond sunset.
The startup’s plan involves orbiting a massive, reflective surface that beams light toward specific coordinates on Earth. By targeting solar arrays during the early evening, the company claims it can keep power grids running when output typically drops to zero.
The Federal Communications Commission (FCC) granted the license despite lingering concerns from the scientific community. Astronomers argue that orbital debris and light pollution already threaten deep-space observations; adding artificial light sources to the night sky could further disrupt delicate telescope instruments.
Reflect Orbital’s CEO, Daniel Faber, has pushed back against these critiques, framing the project as a necessary evolution for carbon-neutral power. The company’s internal projections suggest that by placing mirrors in a sun-synchronous orbit, they can provide an extra 30 minutes of peak sunlight to solar farms after the sun has officially dipped below the horizon.
Critics remain skeptical about the technical feasibility and the sheer cost of the operation. Maintaining a stable, steerable mirror in low Earth orbit requires precise propulsion and immense fuel reserves. If the mirror drifts even slightly, the concentrated beam of light could miss the target entirely or cause unintended heating in residential areas.
The company has not yet released a specific launch date, but the FCC approval covers a series of tests scheduled for the coming year. These trials will determine if the technology can actually deliver a consistent, usable energy boost—or if it’s merely an expensive experiment in orbital engineering.
For now, the project represents a gamble on a new form of energy delivery. Whether it becomes a standard utility tool or a cautionary tale of orbital overreach depends entirely on the data gathered from the first few weeks of flight.
