Could This Obscure Nuclear Energy Play Power the Future of SpaceX?

Key Points

With the Space Exploration Technologies IPO complete, the company is now positioned with over $85 billion in fresh capital to drive its expansion. Industry reports further indicate that SpaceX may pursue a $20 billion bond sale this summer, significantly strengthening its financial position.

Managing such vast resources will be essential given the high costs of the industry. A recent Morningstar research report notes that SpaceX operates a capital-intensive business. From developing advanced rocket technology and lunar missions to building orbital data centers in low Earth orbit, the company’s ambitious growth strategy will require heavy investment from its IPO proceeds and subsequent capital raises.

While SpaceX is a diversified powerhouse, it lacks complete vertical integration. One significant hurdle to its long-term growth—particularly for its most lucrative business segments—is the massive energy demand required for artificial intelligence. A lesser-known nuclear energy company could potentially offer the solution to this infrastructure challenge.

A Nuclear Solution for SpaceX’s Growth Ambitions

According to SpaceX’s IPO prospectus, a primary beneficiary of its recent capital influx is likely to be its AI division. AI represents more than 90% of the company’s projected total addressable market, meaning that failing to adequately fund this sector could undermine its current valuation.

A substantial portion of this AI-related investment will be directed toward constructing massive data centers, including several supercomputers of unprecedented scale. However, powering these facilities presents a significant logistical challenge.

Image source: Getty Images

Currently, SpaceX’s data centers utilize a mix of grid utilities, off-grid solar power, and Megapacks—large-scale energy storage solutions produced by Tesla (NASDAQ: TSLA). While orbital data centers utilizing solar energy in space may eventually mitigate these needs, terrestrial operations will require more robust energy sources.

NuScale Power (NYSE: SMR) specializes in small modular reactors (SMRs), which are designed to be faster, more cost-effective, and safer to deploy than traditional, large-scale nuclear plants. The SMR industry aims to have these systems operational within two to three years of construction, whereas conventional nuclear projects often require a decade or more.

Although SpaceX is currently focused on orbital data center development, the complexity of space-based energy may force the company to adopt a more diversified energy strategy on Earth. If SpaceX moves toward nuclear power to support its terrestrial data centers, SMR technology would be a logical choice due to its rapid deployment capabilities.

With several approved designs, modules currently under construction, and a market capitalization of approximately $4 billion, it is possible that SpaceX could eventually acquire an SMR provider like NuScale to rapidly scale its energy infrastructure.

The views and opinions expressed herein are the views and opinions of the author and do not necessarily reflect those of Nasdaq, Inc.

Source link