SeaPattern develops a Hydrokinetic Energy System that utilizes dynamically positioned turbines to capture energy from underwater currents and streams downstream of existing hydropower plants. This technology increases electricity generation without requiring significant infrastructure modifications or additional environmental impact.
Funding
Funding not disclosed
Founders
Product
Problem
Existing hydropower plants often have untapped potential for increased electricity generation. Traditional methods of increasing output can be costly, require significant infrastructure modifications, and may have adverse environmental impacts.
Solution
SeaPattern offers a Hydrokinetic Energy System designed to capture energy from underwater currents and streams, particularly downstream of existing hydropower facilities. The system utilizes dynamically positioned turbines that can be deployed without major infrastructure changes. This approach allows for increased electricity production from renewable sources while minimizing additional environmental disruption. The modular design facilitates deployment in remote locations and emergency scenarios, ensuring a stable power supply even when standard infrastructure is compromised.
Target Audience
The primary target audience includes energy providers seeking to maximize their hydropower assets, investors interested in renewable energy technologies, and community leaders focused on sustainable energy solutions.
Features
- Dynamically positioned turbines that automatically adjust to optimize energy capture from underwater currents.
- Modular design for easy deployment and scalability.
- Suitable for integration with existing hydropower plants to increase energy output.
- Designed for use in remote locations and emergency scenarios, providing a stable power supply when standard infrastructure is compromised.