Swordfish Energy designs and manufactures underwater turbines that utilize a unique horizontal axis and bi-directional design to generate up to 2 megawatts of clean energy per unit in diverse aquatic environments. Their technology addresses the need for efficient renewable energy production while promoting marine life sustainability through self-cleaning hydrophobic wings and seabed-mounted cradles that encourage reef growth.
Funding
$30K 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.
Founders
Product
Problem
The global demand for clean energy is increasing, but current renewable energy solutions like wind and solar have limitations in terms of efficiency, consistency, and environmental impact. Traditional hydrokinetic energy systems often disrupt marine ecosystems and struggle to operate efficiently in diverse aquatic environments.
Solution
Swordfish Energy designs and manufactures hydrokinetic turbines that harness energy from moving water sources such as rivers, tides, and ocean currents. Their "Compeller" turbine utilizes a horizontal axis and bi-directional design, allowing it to generate clean energy from water flowing in any direction. The turbines are designed to be ecologically friendly, featuring self-cleaning hydrophobic wings and seabed-mounted cradles that promote reef growth. Swordfish Energy's technology offers a scalable, decentralized solution for clean energy production with minimal environmental impact.
Target Audience
Swordfish Energy targets global partners and customers with large-scale energy demands, including communities seeking decentralized clean energy solutions and impact investors focused on renewable energy technologies.
Features
- Horizontal axis, bi-directional turbine design for efficient energy capture from any water flow direction
- Self-cleaning hydrophobic wing surfaces to minimize maintenance and maximize energy production
- Seabed-mounted cradles designed to encourage reef growth and minimize disruption to marine ecosystems
- Scalable design suitable for diverse aquatic environments, including rivers, tides, and ocean currents
- Potential for hydrogen and potable water production, and food security