§ Funding Round
Deep Fission raised $80M Undisclosed venture round.
Deep Fission, a Berkeley, California-based innovator, has successfully secured $80M in its latest funding round. The company is at the forefront of transforming the global energy landscape through its groundbreaking approach; installing modular nuclear power reactors a mile deep, promising a new era of clean, reliable, and secure energy.
| Investor | Firm Type | Partner |
|---|---|---|
Blue Owl | — | — |
| Angel | Ed Eisler | |
| Angel | Mark Tompkins | |
Owl Rock | — | — |
This company has completed 3 funding rounds. Current round is highlighted.
Total Raised
$114M
Top Valuation
-
Deep Fission's core mission is to transform the energy landscape by installing modular nuclear power reactors a mile deep, providing clean, reliable, and secure energy solutions.
Deep Fission raised $80 million in its latest funding round.
Deep Fission is headquartered in Berkeley, California, United States, North America.
Deep Fission's technology is unique due to its modular nuclear power reactors designed for deep underground installation, offering enhanced safety, security, and efficient deployment.
Deep Fission is pioneering a radical shift in energy production by developing and deploying modular nuclear reactors deep underground. This innovative strategy addresses critical concerns related to safety, security, and land use, positioning nuclear power as a viable and sustainable solution for future energy demands.
The $80M funding round will accelerate Deep Fission's research and development efforts, focusing on optimizing reactor design and deployment methodologies. This investment underscores investor confidence in the company's vision to provide scalable, carbon-free energy, essential for combating climate change and achieving global sustainability goals.
Headquartered in Berkeley, California, Deep Fission benefits from the rich talent pool and vibrant innovation ecosystem of the North American tech hub. This strategic location facilitates collaboration with leading academic institutions and technology partners, driving rapid advancements in nuclear energy technology.
The modular nature of Deep Fission's reactors allows for faster construction and deployment compared to traditional nuclear plants. This efficiency, combined with subterranean placement, offers enhanced protection from external threats and natural disasters, ensuring uninterrupted power supply.
Deep Fission’s technology promises to reshape the energy sector by offering a decentralized, robust, and environmentally friendly power source. This advancement could significantly reduce reliance on fossil fuels, stabilize energy grids, and empower communities with accessible, clean power worldwide.
