Meta is partnering with Overview Energy to use space-based solar power to provide continuous energy for its data centers [1, 2].
This initiative addresses the massive energy demands of artificial intelligence infrastructure. By moving power generation into orbit, Meta aims to bypass the land constraints that often limit the expansion of traditional wind and solar farms [1, 4].
Overview Energy intends to achieve this by beaming "energy wirelessly from space to a solar farm on Earth" [3]. The system is designed to provide a reliable, 24/7 power supply, eliminating the intermittency issues associated with terrestrial renewables [2, 4].
The project follows a strict timeline for deployment. A demonstration of the technology is scheduled for 2028 [5], with full commercial delivery expected by 2030 [5].
Scale is a primary driver for the partnership. Meta said the technology could scale faster than traditional energy projects [6]. The goal involves generating one gigawatt [7] of power, an amount that could potentially support hundreds of thousands of homes [8].
This shift toward orbital energy comes as the industry faces physical limits on the ground. Some reports indicate the renewable energy revolution is running out of land [9], making the vacuum of space an attractive alternative for large-scale energy harvesting.
“beaming 'energy wirelessly from space to a solar farm on Earth'”
The move toward space-based solar power signals a critical inflection point for AI infrastructure. As data centers require exponentially more power to sustain large language models, traditional electrical grids and land-based renewables may prove insufficient. If Meta successfully implements this 'orbit-to-grid' model, it could decouple the growth of AI from terrestrial land-use conflicts and weather-dependent energy cycles.
