Cost efficient hydro kinetic energy system for rivers and tidal ocean currents

Concept visualization

The underwater Kiteborne robots harvest energy from slow moving water currents through a unique tensegrity load structure which allow hydrofoils to travel in motion perpendicular to the current. This reduces system cost and increases material efficiency in order to achieve exceptionally high ERoEI.

Slow moving currents in rivers present a vast, reliable, well distributed and untapped resource often located close to areas of consumption. This allows distributed supply and reduced losses in transportation of energy.

Large amounts of predictable resources from tidal currents is our vision for the future of renewable energy.

We are constantly looking for collaborations, talented team members and more funding. Please feel free to get in touch.

Ved Slusen 34, 1. sal
2300 Kbh SV  

developed in collaboration with