The plan to properly scale offshore wave power

Can wave power finally scale where past attempts have stalled?

While wind and solar dominate the renewable energy narrative, harnessing the relentless kinetic force of ocean swells remains one of engineering’s most formidable frontiers. For our latest video we sat down with Cameron McNatt from Mocean Energy to unpack the core mechanics behind their unique approach to offshore power generation, and explore how marine renewables are carving out a vital new role in the global energy mix.

For decades, wave energy has battled a reputation for high capital expenditure, mechanical complexity, and extreme survivability challenges in harsh marine environments. Cameron details how Mocean hopes to overcome these historical roadblocks through a rugged, purpose-built hybrid architecture. By pairing wave power as a reliable baseline with integrated offshore solar and onboard energy storage, their system promises to deliver continuous, always-on, localised power directly to offshore assets.

This decentralised model yields immediate operational advantages for industrial operators. By generating power exactly where it is needed at sea, the technology entirely eliminates the need for expensive, long-distance static subsea cabling or the need to constantly refuel offshore generators.

And offshore data centers might be the perfect niche for this tech to scale quickly. As land-based grids strain under surging power demands and water scarcity constraints, the Mocean’s roadmap points straight toward high-density computing.

Take a look at our video below to find out more.