Inside SpaceX’s Orbital Economy: AI Data Centers And Wireless Power

SpaceX is aiming to build an orbital economy worth $2 trillion, with AI data centers in space and wireless power beamed to Earth. The company, already valued at over $300 billion after its Starlink success, is laying out a vision that extends far beyond broadband internet. Founder Elon Musk has long hinted that Starlink is just the first step in a larger space-based infrastructure play. Now, Forbes reports that SpaceX is actively developing plans for orbital data centers — facilities in low Earth orbit designed to host AI workloads — and space-based solar power systems that could transmit energy wirelessly to any point on the planet.

The lead: SpaceX plans to monetize low Earth orbit by turning it into a platform for high-value computing and energy generation. The company's heavy-lift Starship vehicle, which has already completed multiple test flights, is the key enabler. Each Starship can lift over 100 metric tons to orbit, making it economically viable to construct large structures in space. The orbital economy concept leverages this lift capacity to build and maintain assets that serve Earth-based customers.

Context: Starlink, SpaceX's satellite internet constellation, now has over 5 million subscribers and generates billions in annual revenue. But the company sees an even larger opportunity in space-based services. Traditional data centers on Earth consume massive amounts of energy and land, and they face latency limits for global users. Orbital data centers could solve both problems: they would have near-zero latency to any point on Earth via laser links, and they could be powered by solar panels that receive unfiltered sunlight 24/7. Similarly, space-based solar power — a concept studied by NASA and others since the 1970s — could provide baseload clean energy without weather interruptions.

Key details: According to the Forbes report, SpaceX's internal studies estimate that orbital data centers could handle 5-10% of global AI compute demand by 2040, potentially generating over $100 billion in annual revenue. The company is also researching wireless power transmission using microwave beams, with prototypes expected to test on Starship missions within two years. NASA has already awarded SpaceX a contract to study space-based solar power, and the US Department of Energy is reportedly interested. Named people include Elon Musk and Gwynne Shotwell, SpaceX's president, who have both discussed the orbital economy in public forums. The $2 trillion valuation figure comes from analysts who project SpaceX's future revenue streams from these new businesses.

Analysis: SpaceX's orbital economy plan represents a fundamental shift in how we think about space — not as a destination for exploration, but as a platform for commercial services that compete directly with terrestrial industries. If successful, it could disrupt the $200 billion data center market and the $2 trillion global energy market. Critics question the economics of beaming power through the atmosphere and the political challenges of licensing orbital real estate. However, informed observers note that SpaceX has a track record of executing on audacious ideas that skeptics said were impossible. The Starship's success is the linchpin: without cheap heavy lift, the orbital economy remains a fantasy.

Outlook: The next milestones to watch are Starship's first orbital refueling demonstration and the deployment of V3 Starlink satellites that include laser crosslinks. SpaceX is expected to begin soliciting customers for orbital data center capacity within three years. Regulatory frameworks for space-based solar power are pending at the FCC and international bodies. A successful test of wireless power transmission from orbit to a ground receiver would be a transformative event. The SpaceX orbital economy is not a distant dream — it is being built right now, payload by payload.