OEGS Technology
OEGS Technology provides floating offshore platforms that collocate advanced nuclear reactors with data center units, using seawater for superior cooling and inherent safety features. The modular design enables rapid deployment of units from 50 MWe to 1 GWe while offering physical security barriers and eliminating onshore construction and noise constraints.
- Energy
- Clean Technology
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Global electricity demand from data centers, cryptocurrencies, and artificial intelligence is growing rapidly, with the IEA estimating consumption of about 460 TWh in 2022 and projecting demand could double by 2026. Onshore data centers face significant constraints including limited access to reliable clean power, inefficient air-based cooling systems, physical security vulnerabilities, transportation limits on modularization, and community complaints about low-frequency noise from cooling fans.
Solution
OEGS Technology provides floating offshore energy generation systems that collocate advanced nuclear power plants with data center units on the same ocean-based facility. The offshore positioning enables access to abundant seawater for superior cooling, as water is approximately 3,000 times more effective at heat transfer than air. The integrated design delivers reliable, zero-carbon power with inherent safety features across a range from less than 50 MWe to 1 GWe, while the ocean location provides natural physical barriers for enhanced data security. The modular floating architecture allows rapid fabrication and deployment of large numbers of units without the transportation and construction limitations of onshore sites, and eliminates low-frequency noise complaints associated with air-cooled data centers.
Target Audience
Primary customers include data center operators and cloud service providers such as AWS, Microsoft Azure, Google Cloud, and Meta Platforms, as well as oil and gas companies seeking to meet net-zero methane commitments and governments pursuing nuclear capacity expansion pledges.
Features
- Floating offshore platforms integrating advanced nuclear reactors (50 MWe to 1 GWe) with data center units in a single facility
- Seawater-based cooling systems that leverage water's superior thermal conductivity, reducing energy consumption and eliminating fan noise
- Inherent safety design concepts for advanced nuclear technology with zero operational carbon footprint
- Real modularization of digital hardware infrastructure without onshore size transportation limits for rails and roads
- Physical security barriers inherent to offshore installation for data protection
- Rapid deployment capability for large numbers of units without onshore construction constraints