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The sun never sets in orbit.
Neither should our power.

Grids fail at night and in winter;
space doesn't have either.

The Civilizational Stakes

Why Now

Launch cost has collapsed 97% in fifteen years, making space infrastructure economically viable for the first time.

THE MOONSHOT

Continuous gigawatt-scale solar,
beamed to any ground station.

FIRST STEP

The 1MW Orbital Demonstrator

A single satellite proving end-to-end beam delivery at commercial power levels. Launch Q4 2027.

  • 1 megawatt continuous output
  • 2.4 GHz phased-array beam
  • 600 km sun-synchronous orbit
  • Ground station: Mojave, CA
Ground Station

TECHNICAL PROOF

78%

Lab beam efficiency at 2.4 GHz over 300 meters

Demonstrated in our Pasadena facility, June 2024. Rectenna array converted microwave to DC at 78% efficiency — exceeding the 75% commercial viability threshold.

The Staircase to Orbit

01

Demonstrator

1 MW orbital satellite, single ground station. Proves beam delivery end-to-end.

2027 → 2028

02

Pilot Array

50 MW constellation, regional utility partner. First revenue from clean baseload power.

2029 → 2031

03

Constellation

1 GW+ global grid. Multi-continent coverage, continuous delivery to demand zones.

2032 → 2035

TOTAL ADDRESSABLE MARKET

The power we unlock

We enter through baseload-clean, the highest-value segment utilities will pay premium for. The demonstrator de-risks the technology; the constellation captures the grid.

Global Power Market $2.1T
Baseload Clean Power $180B
Near-term TAM $6B

The Team

Dr. Vega Anand

Founder & CEO

15 years JPL, led Mars 2020 power systems. PhD Caltech aerospace.

Maya Okonkwo

VP Propulsion

Ex-SpaceX Raptor team, 8 years. Scaled electric propulsion for Starlink V2.

Dr. Hiroshi Tanaka

Chief Scientist

RF power transmission PhD MIT. 40+ patents in phased-array beamforming.

THE ASK

$30M seed: fly a 1MW demonstrator in 36 months

Dr. Vega Anand, Founder

vega@orbitalharvest.io