AI Routing Algorithm for Optimized Green Hydrogen Production at Sea

AI research and development

Renewable energy production

AI research and development

Venture capital investment

An innovative machine learning system that optimizes the vessel's navigation to locate and remain in optimal weather conditions for maximum energy generation and hydrogen production.

Turbine devices designed to operate underwater and convert tidal current energy into electricity. Tenax Energy is experimenting with various types of underwater turbine designs.

High-performance sailing vessels equipped with hydrofoils that lift the hull above water to reduce drag and increase speed, enabling efficient energy capture from ocean winds.

Essex

Proof-of-concept trial of the first foiling boat capable of generating and storing green hydrogen at sea, demonstrating the viability of the technology.

Development of high-performance sailing yachts equipped with underwater turbines and onboard electrolyzers to generate and store green hydrogen at sea using deep ocean winds.

High-performance sailing vessel equipped with hydrofoils, underwater turbines, and a megawatt-class electrolyzer for generating and storing green hydrogen at sea. The vessel features an AI routing algorithm that optimizes positioning in global tradewinds and automatically returns to port when hydrogen tanks are full.