Panthalassa builds a planetary‑scale clean energy platform that harvests wind, wave, and solar power from the open ocean using modular floating generation units. The system delivers ultra‑low‑cost, zero‑emission electricity via high‑efficiency subsea cables, targeting large‑scale consumers such as data centers and industrial facilities.
Funding
$78.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
LFounders
Product
Problem
Global energy demand is growing faster than terrestrial renewable infrastructure can be built, leading to supply constraints, high costs, and continued reliance on carbon‑intensive sources.
Solution
Panthalassa is developing a planetary‑scale energy platform that harvests power from the open ocean. By deploying modular, floating generation units in high‑resource marine environments, the system can be installed more quickly than land‑based projects and scaled to meet large‑volume demand. The platform is designed to deliver ultra‑low‑cost electricity with zero emissions, leveraging ocean wind, wave, and solar resources while minimizing land use and transmission losses. Energy produced offshore is transmitted to shore via high‑efficiency subsea cables, providing a continuous, renewable supply for compute clusters, data centers, and other high‑intensity loads.
Target Audience
Primary customers are large‑scale electricity consumers such as data center operators, cloud compute providers, and industrial facilities seeking reliable, low‑cost renewable power.
Features
- Modular floating generation units that can be mass‑produced and rapidly deployed in oceanic sites
- Integrated harvesting of wind, wave, and solar energy to maximize capacity factor
- High‑efficiency subsea power transmission minimizing losses over long distances
- Scalable architecture allowing expansion from pilot deployments to planetary coverage
- Designed for ultra‑low capital and operating costs through standardized components and automated installation
- Zero‑emission operation with no land footprint or visual impact