EMF Space builds and operates solar power satellites in geosynchronous orbit that collect continuous sunlight and transmit it as a safe near‑infrared beam to ground‑based solar farms. This enables 24/7 utility‑scale solar generation, providing reliable power for hyperscalers and grid operators without adding strain to existing infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Solar energy generation is limited to daylight hours, causing a mismatch between peak generation and peak demand and requiring additional infrastructure to store or supplement power for continuous operation.
Solution
EMF Space deploys solar power satellites in geosynchronous orbit that capture sunlight continuously and convert the harvested energy into a directed near‑infrared beam. The beam is transmitted to existing ground‑based solar farms, which augment their photovoltaic arrays with the additional light, enabling 24‑hour electricity production. By leveraging space‑based collection, the system provides reliable, utility‑scale solar power without expanding grid capacity or relying on large-scale storage, targeting high‑intensity consumers such as hyperscale data centers and grid operators.
Target Audience
Primary customers are large‑scale electricity consumers such as hyperscale cloud providers and utility grid operators that require constant, high‑volume power supply.
Features
- Geosynchronous satellites equipped with high‑efficiency solar collectors that receive uninterrupted sunlight.
- Onboard conversion of electrical power to a safe, controlled near‑infrared laser beam for long‑distance transmission.
- Beam‑steering and targeting technology that delivers the infrared light to designated ground solar farms with minimal atmospheric loss.
- Integration with existing photovoltaic installations, allowing farms to operate continuously by supplementing natural sunlight.
- Scalable architecture that can add additional satellites to increase delivered power without modifying terrestrial infrastructure.