Powering the world's first self-sustained, hyperscale data centers and scaling the future of AI.
Powering the world's first self-sustained, hyperscale data centers and scaling the future of AI.
Waves off the U.S. coasts can theoretically generate 2.64 trillion kWh of electricity per year. This is over half of the total utility-scale electrical generation in the U.S.
Founded in 2024, Marine Synthesis Inc. (Marisyn) represents the culmination of over 25 years of accumulated marine energy development. Wave energy conversion represents the most consistent, non-intermittent and renewable source of hydrokinetic energy on planet earth. Our team of has researched and tested on waves of all sizes, from tidal surges to near-shore surf-zone waves - but nothing surpasses the kinetic potential of oscillating plunging waves. Gigawatt-scale generation that's predictable and dependable - the future is at sea.
(Left) Early concept mooring and stress testing for varying dynamic load.
The key to successful deployment and commercialization of wave energy converters is tapping into existing supply chains that parallel offshore operations such as oil drilling or offshore wind.
(Right) Advanced mooring systems are at the heart of our WEC platforms - deployed and tested in the harshest of conditions. - Image courtesy of Delmar Systems. All rights reserved.
Thermal management of high performance computing (HPC) clusters requires significant levels of additional energy. By comparison, thermal conductivity of seawater facilitates a naturally-cooled heat exchange environment for submersible DC server pods. This mitigates the additional energy required by land-based thermal management systems to dissipate waste heat.
The U.S. Department of Energy (DOE) announced the publication of the 2024 Report on U.S. Data Center Energy Use. The report finds that data centers consumed about 4.4% of total U.S. electricity in 2023 and are expected to consume approximately 6.7 to 12% of total U.S. electricity by 2028. The utility grid is not prepared for the additional new generation, transmission or distribution needed.
Massive data center campuses are the target for major land acquisitions. To accommodate, not only do utilities need to grow generation, but they are also straining to keep up with transmission and distribution infrastructure necessary to facilitate new DC build-out. Infrastructure-connected land is scarce and the growth for new space is untenable.