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    Home»Startups»Oxford-based Caudal Energy lands €4.9 million to develop predictable renewable power from tidal flow
    Startups

    Oxford-based Caudal Energy lands €4.9 million to develop predictable renewable power from tidal flow

    Editor Times FeaturedBy Editor Times FeaturedMay 28, 2026No Comments3 Mins Read
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    Caudal Energy, an Oxford-based baseload power firm creating a brand new class of predictable renewable energy techniques, has raised €4.9 million (£4.3 million) in funding.

    The spherical was led by Oxford Science Enterprises (OSE) and Empirical Ventures, with participation from others, together with present buyers Zero Carbon Capital and Creator Fund.

    John Kennedy, CEO of Caudal Vitality, mentioned, “The longer term power system wants renewable energy that’s not solely clear, however reliable and constructed to scale. We based Caudal to problem the idea that tidal power has to stay advanced, expensive and area of interest.

    “Our method combines smarter hydrodynamic design with modular deployment structure to create a system designed for real-world efficiency. By unlocking the potential of mid-flow tidal websites, we imagine Caudal can dramatically broaden the place tidal power could be deployed and the way commercially aggressive it will probably grow to be. This funding permits us to show the expertise at commercially related scale and speed up our path towards delivering predictable renewable energy as a significant a part of the long run power combine.”

    Caudal Vitality was based in 2024 as Porpoise Energy by Professor Adrian Thomas, Hilary Struthers, and John Kennedy. It’s a spin-off from the College of Oxford. It was born from the hydrodynamic analysis carried out by Professor Thomas on the College of Oxford.

    Caudal Vitality emphasised that tidal power ought to play an important function sooner or later power combine. “Water is over 800 occasions denser than air, making tidal stream probably the most energy-dense renewable sources obtainable. In contrast to wind and photo voltaic, it’s absolutely forecastable years upfront, enabling steady technology that may strengthen power safety and cut back grid balancing prices,” the corporate defined. 

    However, it states that conventional tidal applied sciences have remained advanced, expensive and restricted to a small variety of extraordinarily high-flow websites. Caudal Vitality asserts that it addresses this difficulty. 

    The corporate claims to be rethinking how tidal power is generated from first ideas. Impressed by the effectivity of the tail or caudal fins of marine mammals, the corporate states that its proprietary oscillating foil system works with tidal flows quite than in opposition to them, enabling a less complicated, smarter and extra commercially scalable method to marine power technology.

    In response to the corporate, its fin-based system is designed to work effectively throughout a variety of tidal flows and converts power by hydrodynamic carry and movement quite than conventional turbine rotation. This ends in a less complicated, more practical system engineered to function in stream speeds of three knots and above, with decrease complexity and broader deployment potential.

    “Conventional tidal techniques are restricted to a small variety of excessive high-flow websites. Caudal Vitality modifications the economics. By working effectively in ample mid-flow areas, we unlock 10x as many websites, being nearer to clients and taking potential UK useful resource from 11GW to 60GW. Mixed with modular deployment and lower-cost operations, this creates the potential for tidal power to scale from area of interest expertise to commercially aggressive renewable infrastructure,” the corporate talked about within the press launch. 

    With this capital, the corporate plans to broaden its engineering and modelling capabilities, advance demonstration and deployment actions, and speed up business partnerships throughout utility, industrial and distributed power markets. Caudal Vitality is progressing improvement and deployment discussions with a spread of strategic companions because it strikes in direction of commercial-scale demonstration.





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