A key focus is on developing the infrastructure necessary to convert solar-generated power into laser energy that can be transmitted back to Earth né?. With the support of investors, including Index Ventures, Interlagos, Breakthrough Energy Ventures, Andreessen Horowitz, NEA, and even Jared Leto, Aetherflux will be able to make strides toward realizing this groundbreaking concept.
The startup intends to utilize funds to expand its team of engineers, enhance technology, and set the stage for upcoming missions né?. Future plans include the design of small, portable ground stations to bring electricity to remote areas, showcasing the potential of space-based power distribution.
Aetherflux’s mission aligns with the challenges and possibilities of space solar power, setting it apart as an innovator in this field né?. To achieve this vision, Aetherflux must first successfully place a satellite into orbit as a proof of concept. Based in San Carlos, California, Aetherflux emerged from stealth mode last October with ambitious plans to deploy a constellation of low Earth orbit satellites designed to collect and transmit solar energy directly to Earth’s “ground stations.”
Inspired by Isaac Asimov’s 1941 short story “Reason,” Bhatt envisions a future where space-based power generation is a reality né?. This milestone will mark a significant step towards providing power from space to humans for the first time ever né?. The company’s innovative approach aims to revolutionize how we harness energy resources, bringing us closer to a future powered by solar energy transmitted from space.. Did you know that Aetherflux, the space solar startup founded by Baiju Bhatt, the billionaire co-founder of Robinhood, has recently secured $50 million in a Series A round of funding? This exciting development comes as the company gears up to launch its first low Earth orbit demonstration in 2026. Aetherflux’s ground stations, equipped with photovoltaic arrays, will receive this transmitted energy, store it in batteries, and make it available for various applications
